While there are many ways to teach students the crux of chemical bonding, interactive activities, and online games can provide students a visual clarity in understanding the bonds and how they are combined to form compounds. 

In this post, we will cover some of the fun and engaging chemical bond online games that are thoughtfully designed to provide students with a hands-on experience and a deeper understanding of the concept. 

Engaging chemical bonding online games for kids 

Chemical bondings are of two types, that are ionic bonding and covalent bonding. Ionic bonds are formed between ions that have different charges. That is, no two ions with the same charge (either positive or negative) will combine, rather an ion with a positive charge will only combine with an ion of negative charge and vice versa. 

On the other hand, covalent bonds are formed when two atoms share electrons to attain stability by fulfilling the stable electronic configuration in the outermost shell of the atom. 

Given that, some engaging and fun chemical bonding activities are given below- 

1. Interactive Periodic Table 

The ‘Interactive Periodic Table’ is a complete package of a game that not only targets ionic bonding between different ions to form a compound but also dives deep into the history of atoms and molecules and educates kids on the complexity of the periodic table. 

Instructions:

• In the ‘Group’ section of the game, students have to first go through the written content to get a better idea of the different groups of the periodic table. The groups are divided into multiple sections, such as alkali metals, alkaline earth metals, noble gasses, halogens, carbon family, etc. 
• Once the students have an idea of all the groups present in the periodic table, the ionic bonding game begins, where they have to combine ion(s) to form a compound.  
• Each correctly built molecule will be awarded with 2 scores, a skipped attempt will result in a reduction of 1 score, and an incorrect attempt will lead to the loss of half a score. 
• After each correct answer, a use or application of the formed compound will be shown on the screen. 

The complete game also includes other periodic table-related games, such as atomic basics, isotopes, introduction (history), it’s Elementary, what’s in the box, and tests your skills. Each game has study material and then an interactive game for the kids. 

2. Matchmaker Ionic Bonding Game 

An easy game to understand the concept of valency (how cations and anions combine to form an element) and revise the formulas for different salts. 

Instructions: 

• On the game screen, students will be asked to form a specific salt to create. 
• Cation and anion of the salt will be provided along with other atom ions to create confusion for learners. 
• In the bonding arena, students have to drag both cation and anion to form the salt. They can drag the cation or anion as many times as required to form a salt. Ensure that no bond is left incomplete. 
• Once students have correctly formed the bond, they will be provided with three formulas for the salt, out of which only one is correct for the formed salt. 
• Choose the correct formula to move ahead in the game. 

3. Ion Model (Whiteboard)

A fun game that lets students practice forming compounds at their own pace with their level of understanding of cations and anions. 

Instruction:

• Students will be provided with a whiteboard, where different cations and anions are present. Cations on the left side of the screen whereas anion on the right side of the screen. 
• The middle whiteboard is free to form different compounds by simply dragging the cations and anions. 
• Students can form as many compounds as they wish. To free up the space, they can drag back the cations and the anions to their respective positions or simply press the clear button to free up the whole space. 
• Additionally, a line marker is available to draw lines or mark something in case of any explanations or doubts. 

4. Ionic Bonding by WordWall 

An interactive ‘match the following’ type of game that covers different aspects of Ionic bonding in a fun manner. 

Instructions: 

• Upon beginning the game, the students will be provided with a screen, where multiple options are given at the bottom. Options are of different formats, such as some written options whereas some are drawings of ions. 
• One by one the questions will be presented on the screen and students have to select the correct answer from the given options. 
• Each correct answer will be awarded a score of one, whereas wrong answers will lead to a reduction in lives. Three wrong answers will result in the end of the game and the student will have to restart the game. 
• The game will also record the total time taken by the student to complete the game and finally, students can check their position on the scoreboard, with respect to other students playing the game. 

5. Chemthink 

A brain-stimulating game that focuses on how ions are formed, why ions (anions and cations) stick together, and how to write an ionic formula. 

Instructions:

• Before beginning the game, an interactive and mandatory tutorial has to be covered by every student. The tutorial is not only to watch, rather, students have to simultaneously practice ionic bonding and then they can move forward. 
• After the tutorial, the game begins, where students will be presented with certain questions and four options will be provided for each question. 
• There can be more than one right answer and students have to identify the right answer to move forward.
• Each right answer will lead to a score of one whereas each wrong answer will reduce your game life. If a student marks three wrong answers, the game will end and students have to restart it to play again.

6. Atomic Structure Ions 

A fun and visually appealing game to teach students how different electrons are combined and positioned to form an atom and the position of the electrons in the orbits. 

Instructions:

• Students will be provided with an ion on the screen, where the nucleus of the ion is surrounded by electrons in different orbits. 
• Students have the option to remove the electron or add an electron to the orbits, to form the given ion. 
• Once students have formed the ion, they can check the answer. Each wrong answer will lead to a reduction of 5 marks, whereas the right answer will lead to an addition of 5 marks. 
• To move forward in the game, students have to correctly form the ion. 

7. Covalent Bonding by Lewis Dot Model 

An interactive and visually appealing game that focuses on creating molecules using atoms of carbon, hydrogen, oxygen, nitrogen, and chlorine, through covalent bonding. 

Instructions:

• Before beginning the game, optional lessons are given, if students wish to gain an understanding of how to create molecules with single bonds and double bonds. Additionally, a tutorial and guided practice session are also a part of the interface for making students familiar with the game. 
• In the main game arena, students are provided with different atoms that they have to combine to form a molecule. 
• To change the direction of the atom to combine it with another atom, students simply have to click on the atom. 
• Each correctly formed molecule will result in five points. Students are free to form any molecule and can take as many attempts, without any restriction. 

8. Covalent Bonding Quiz 

A fun quiz type of game that tests students’ knowledge of covalent bonds and its related aspects. 

Instructions: 

• Students are provided with 20 statements that they have to identify as true or false. 
• One statement will be present on the screen at a time and students have to click on either ‘true’ or ‘false’ as seems appropriate. 
• The total time taken by the students will be recorded and students can also check their position on the scoreboard with respect to other students playing the game. 

9. Covalent Bonds 

This is an engaging game by Tine Tap useful to teach students the basics of covalent bonding. 

Instructions:

• It is a blend of both tutorial and the game where students will first go through the tutorial and based on that they will play the game
• Students will be provided with the four questions on a screen with a total of four options. 
• Students have to identify which option describes which question best. Then, they have to drag the option to the space provided in the question and the right answer will fit in the space, whereas the wrong answer will lead to a ringing of a buzzer. 

Concluding thoughts 

Chemistry games and manipulatives are a great way to make confusing chemistry concepts easy and gain a better understanding of them. These online chemical bonding games are fun, interactive, and student-friendly and students can practice them at their convenience and master one of the most important concepts of chemistry- chemical bonding. So, go ahead and try your hands on each game and have fun learning!

Sehjal Goel

I am Sehjal Goel, a psychology student, and a writer. I am currently pursuing my Masters’s from Banaras Hindu University, Varanasi. Child psychology has always fascinated me and I have a deep interest in learning about disabilities in children and spreading awareness regarding the same. My other areas of interest are neuropsychology and cognitive psychology. Connect me on Linkedin

The post 9 Fun Chemical Bonding Games To Play Online appeared first on Number Dyslexia.

The structure of an atom is at times related to the structure of the solar system. As there is the sun at the center, the nucleus forms the center of an atom. The same goes for the different planets revolving around the sun in their respective orbits and a specific number of electrons surrounding the nucleus in the orbital shells of an atom. Relating the concepts to real-life examples or playing online chemistry games does make it easy to comprehend the technicalities in detail but how about if you get to actually visualize and play with the concepts in real time? 

Chemistry manipulatives offer a captivating introduction to the world of chemistry through hands-on exploration. These engaging tools provide a unique way to understand and interact with the fundamental concepts of this fascinating science. By using models, kits, and interactive experiments, students can visualize and manipulate atoms, molecules, and chemical reactions. 

They can build molecular structures, observe the effects of different elements and compounds, and even simulate reactions in a controlled environment. Chemistry manipulatives foster curiosity, critical thinking, and a deeper understanding of the principles governing matter and its transformations. Through this experiential learning approach, discover below a list of manipulatives to help students develop a strong foundation in chemistry, paving the way for further exploration and discovery in the field.

Hands-on chemistry explorations: Engaging with interactive manipulatives

1. Atomic Model Set

An atomic model set consists of individual atoms with magnets or connectors, enabling students to build and manipulate molecules. By assembling atoms, students gain a hands-on understanding of the molecular structure and bonding, fostering comprehension of chemical compounds and their interactions.

Learners can download an app named “Happy Atoms”. After forming a molecule, scan it with the smartphone or tablet camera and the app will show you detailed information about the molecule formed such as its composition, usage, properties, potential hazards, and the breakdown of its chemical names. 

2. Molecular Model Kit

Molecular building blocks are larger-scale models of atoms and molecules that students can easily employ to learn about atoms, molecules, and chemical bonds. These blocks allow students to create different compounds and visualize chemical reactions, deepening their understanding of how atoms combine to form molecules.

These atoms and molecules bring the abstract concept of chemical bonding to life and help students to learn by experimenting and visualizing the process and the reason behind certain chemical bonds. Besides, you can also check out interactive games and activities to learn about elements, compounds, and mixtures.

3. Periodic table board game

Have you ever thought of using the periodic table as your board game? Well, this manipulative has made it possible. This board game consists of a periodic table as the board where players have to move their counters and collect elements as they play.

It is simple for a young player to understand and play as well as complex enough to hold the attention of an adult player. Moreover, it encompasses all the required vocabulary, periodic table trends, principles of chemistry, structure, and function of an atom making it easy for learners to comprehend the concepts without compromising on the fun factor.

4. Periodic table flashcards

While DIY flashcards are easily accessible, these periodic table flashcards are highly durable with a laminated matte finish that makes them ideal not only for learning but also to keep them safe from water, dirt, and fingerprints. These cards include every required information about the elements of the periodic table and present it in an easily understandable format.

From the chemical structure of an atom, chemical shell orbits, element notations, and empirical formulae to the various uses of elements these have got everything covered that allows students to visualize the information while learning and comprehending.

5. Periodic table connecting color tiles

Element tiles are physical tiles representing various elements from the periodic table. Students can arrange and manipulate these tiles to explore patterns, properties, and relationships among elements. This interactive approach helps students grasp concepts such as atomic numbers, atomic masses, and chemical properties, enhancing their knowledge of the periodic table.

Moreover, the connecting property of the tiles allows students to learn the correct sequence of elements in a periodic table. Alongside this, it also provides hands-on visual learning to construct and balance chemical equations. 

6. Chemical bonding puzzle

Chemical bonding in chemistry is all about solving the puzzle of connecting atoms of elements and making the required molecule of a compound. This puzzle brings forth the joy of solving puzzles combined with the concept of atoms, molecules, and chemical bonding. It contains the puzzle pieces of some basic and essential elements like hydrogen, carbon, oxygen, nitrogen, etc.

Along with this, learners can download the free educational app and learn more about the formation, uses, and chemical reactions that a molecule undergoes. As a bonus, it comes with a 3D model of a water (H₂0) molecule providing a glimpse of how a bond looks like in general.

7. Atom building game

This board game is something different. Here you need to build atoms with the help of subatomic particles like neutrons, protons, and electron decks. You gain points as and when you create atoms. This is a strategy board game that can be played by 2-4 players at a time.

To add on the interesting factor, it has got the option of spending the energy to recruit famous scientists like Albert Einstein, and Erwin Schrodinger to your deck to give an edge over your opponents. This game can be easily incorporated into the curriculum of students of age 14 and older giving them the opportunity to play while simplifying the complex subject matter.

8. National Geographic Chemistry Set

This chemistry set comes with pre-packaged materials designed for specific chemical reactions. By following instructions and manipulating the provided reactants, students can observe and analyze the outcomes of these reactions. This hands-on experience allows them to understand reaction mechanisms, identify key factors, and develop a deeper understanding of chemical processes.

Being a perfect STEM manipulative, it comes with a total of 45 experiments, out of which 30 additional activities can be easily carried out with readily available household items. This chemistry set is perfect to provide students an opportunity to explore and experiment with real scientific tools like test tubes, beakers, pipettes, etc transforming their learning experience by bringing the complex concepts to life.

9. Chemistry Station set

Have you ever thought of having your own lab where you can explore, experiment, and discover things on your own? Well, this chemistry station has got everything to get you to your world of chemical reactions and experiments. It consists of a station base, equipment stands, beakers, test tubes, a flask, a petri dish, a funnel, and lots of tools along with a manual guide to help you to easily assemble these and get started.

There are 10 experiment cards with step-by-step easy-to-follow instructions that can be clipped to the station for easy reference. The experiments are easy to follow and highlight every detail about it like their importance and daily usage.

10. LEGO Blocks

Have you wondered if the Lego blocks can be used to teach and learn about complex chemistry concepts? Well, a Lego set combines the versatility of Lego bricks with chemistry concepts. Lego pieces can be used to represent atoms, molecules, and chemical structures that can be easily manipulated and assembled. Students can build different compounds, explore chemical reactions, and visually represent chemical concepts using Lego bricks.

Moreover, the studs on the blocks can be used to represent the valence electrons or the electrons that an atom can share with the other atoms to form a covalent bond. You can use the marker or the sticky note to make the bricks with the element symbol and start experimenting and exploring.

How to incorporate these manipulatives during learning sessions

These tactile tools bring complex abstract concepts to life and provide the opportunity for hands-on learning that helps students to explore, comprehend and learn at their own pace. Given below are some ways to employ these manipulatives in the class to captivate students’ attention and foster active learning.

• Exploration and Manipulation: Dive into the world of chemistry by giving students the freedom to explore and play with the manipulatives. Imagine themselves as scientists in a lab, experimenting with the materials and discovering their properties through hands-on exploration.

• Predict and Test: Challenge students to put on their detective hats and make predictions about what will happen when they manipulate the manipulatives. Let them unleash their investigative skills as they test their hypotheses, eagerly observing and recording the results of their experiments.

• Inquiry-Based Learning: Engage students in open-ended activities that ignite their curiosity and critical thinking. Encourage them to ask questions, investigate phenomena, and make connections between their observations and the underlying concepts. Let their imaginations soar as they become active participants in the scientific inquiry process.

• Collaborative Group Work: Foster a sense of teamwork and cooperation by assigning group activities where students can work together to manipulate the manipulatives. Encourage lively discussions, brainstorming sessions, and the sharing of ideas. Watch as their enthusiasm grows and their understanding deepens through collaborative learning.

• Data Collection and Analysis: Inspire students to collect and analyze data from their manipulative experiments. Encourage them to create tables, graphs, or visual representations of their findings. Let them embrace their inner scientists as they draw conclusions, identify patterns, and unlock the secrets hidden within the data.

• Real-World Connections: Show students the real-world relevance of the concepts they are exploring with the manipulatives. Engage them in discussions about how chemistry impacts their daily lives, from the food they eat to the materials they use. Inspire them with stories of how chemistry is changing the world and spark their imagination for future discoveries.

Conclusion

In conclusion, chemistry manipulatives offer a captivating and engaging way for students to explore the intricate world of chemistry. Though learning chemistry may be easy for everyone, these hands-on tools spark curiosity, foster critical thinking, and encourage active learning as students manipulate, experiment, and observe the fascinating properties of molecules, elements, and reactions.

Whether students are building molecular structures, arranging elements, conducting experiments, or analyzing data, the use of chemistry manipulatives brings the subject to life in a fun and interactive way. These manipulatives inspire creativity, collaboration, and a sense of wonder as students embark on their own scientific adventures. So, embrace the joy of hands-on exploration and watch as the world of chemistry unfolds in all its quirky and captivating glory!

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

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Elements are pure substances that are made up of a single type of atom, such as gold or oxygen. Compounds are made up of multiple elements chemically bonded together, such as water (H2O) or salt (NaCl) and there are some really interesting activities to learn about these bonds. Mixtures are made up of multiple substances that are physically combined but not chemically bonded, such as a bowl of cereal and milk or a mixture of sand and water. 

As these concepts can seem a little complex to understand, the best way to gain a deeper understanding is by involving children in chemistry classroom games. Below is a list of games and activities through which children can learn and reinforce their understanding of elements, compounds, and mixtures. 

Exploring the world of matter: Interactive games and activities for elements, compounds, and mixtures

 Elements, Compounds, and Mixtures are all easy-to-grasp concepts when the practical approach is applied. So, here’s a list of games and activities to foster curious minds in chemistry class. 

Games:

1. Elements or Compounds Chemistry Game

The “Elements or Compounds” game is an educational chemistry game that aims to teach players about the difference between elements and compounds. The game is played by identifying whether a given substance is an element or a compound.

Instructions:

• The game presents the player with a substance, and they must click on the “Element” or “Compound” button to indicate whether the substance is an element or a compound.
• The player will be given a score based on how many correct answers they gave.
• If they gave an incorrect answer, the correct answer will be shown.
• One can play this game as many times as you want to improve your score.

This game is a simple and interactive way to learn about the basic chemistry concepts of elements and compounds. It can be a helpful tool for students who are studying chemistry or anyone looking to brush up on their chemistry knowledge.

2. Sort Elements Compounds Mixture of Elements Game

Elements, Compounds, Mixture of Elements, Mixture of Compounds” is an educational game that aims to teach players about the different types of matter and how to classify them. The game is played by sorting different substances into the correct categories of elements, compounds, mixtures of elements, and mixtures of compounds.

Instructions:

• The game presents players with a list of substances, and they must drag and drop each substance into the correct category of elements, compounds, mixtures of elements, or mixtures of compounds.
• They will be given a score based on how many correct answers you give.
• If they give an incorrect answer, the correct answer will be shown.
• One can play this game as many times as you want to improve your score.

This game is a fun way to tighten one’s grip on chemical substances and the basics of their formation. 

3. Elements and Compounds Game

Elements and Compounds” is slightly similar to the game Elements or Compounds as it aims to teach players about the difference between elements and compounds. The game is played by identifying and matching elements and compounds based on their properties.

Instructions:

• The game presents players with a list of elements and compounds, and they must match each element or compound with its corresponding properties.
• Players will be given a score based on how many correct answers they give.
• For every incorrect answer, the correct answer will be shown.
• Players can play this as many times as they want to improve their score.

The game is the perfect way to learn about the basic chemistry concepts of elements and compounds and how to identify them based on their properties. 

4. Elements Compounds and Mixtures Game

Elements, Compounds and Mixtures” is the perfect game to learn about the differences between elements, compounds, and mixtures. The game is played by identifying and sorting different substances into the correct categories of elements, compounds, and mixtures.

Instructions:

• The game presents players with a list of substances, and they must drag and drop each substance into the correct category of elements, compounds, or mixtures.
• They will be given a score based on how many correct answers they give.
• In case of an incorrect answer, the correct answer will be shown.
• One can play this game as many times as you want to improve their score.

This chemistry game offers a medium through which chemistry concepts of elements, compounds, and mixtures can be easily learned and how to identify them based on their properties.

5. Elements and Compounds Game

Similar to other elements and compounds games, “Elements and Compounds” is a great game that helps players learn about the difference between elements and compounds. The game is played by identifying and matching elements and compounds based on their properties and chemical formula.

Instructions:

• The game presents players with multiple choice questions and they must select the correct answer.
• They will be given a score based on how many correct answers they give.
• In case of incorrect answers, the correct answer will be shown.
• Players wanting to improve their scores can play it as many times the way. 

Through the game, players can learn about basic chemistry concepts of elements and compounds and how to identify them based on their properties and chemical formulas.

Activities:

1. Element House Hunt

In this activity, students are given a list of common elements and asked to search for objects around their home or classroom that contain those elements. To set up, educators must create a list of elements and worksheets and distribute them among the students. Then, Allow them some time to find objects and fill in the worksheet.

Once they find an object, they must identify the element it is made of and write it down on their worksheet. This activity helps students to see the connection between elements and everyday objects, and it also helps them to learn about the properties and uses of different elements. 

2. Periodic Table Puzzle

The periodic table puzzle is one of the periodic table activities that can offer an amazing way to have students learn the periodic table. In this activity, students use clues to arrange a set of elements in the correct order on a blank periodic table. The clues might include the element’s atomic number, symbol, or other properties. 

Teachers just have to provide students with a set of elements and clues and give them some time to arrange the elements on the periodic table. This activity helps students to learn about the organization of the periodic table and the properties of different elements. Along with the activities, periodic table online games can also be used in order to solidify the concept.

3.  Elementary Escape Room 

The elementary escape room, as the name suggests carries both educational and adventurous undertones. The activity asks students to solve a series of puzzles related to elements and their properties in order to escape a classroom. For example, one puzzle might involve using the periodic table to identify the symbol for a certain element, while another might involve using the element’s properties to solve a riddle. 

Educators simply have to create an escape room with puzzles related to elements and properties and allow the students to work through the puzzles to escape. This activity helps students to learn about the properties of different elements and how they relate to the periodic table.

4.  Elementary Elements Game

An activity that works best to strengthen students’ grip on the periodic table, the elementary elements game must be played in every chemistry class. The activity asks students to play a game where they have to match elements to their symbols, atomic number, and properties. 

The game can be played as a group or individually and it helps students to learn about the properties of elements and how they are represented on the periodic table. Students and teachers must prepare cards with element names, symbols, atomic numbers, and properties. Then, after dividing students into teams or letting them play individually, teachers have to draw a card from the deck of element names and display it for all players to see.

Students have to match the element from the deck with the correct symbol, atomic number, and property. The first team or individual to match the element correctly wins the round. The team or individual with the most correct matches wins the game. The game can also be modified to have students identify elements based on their properties or find elements with specific properties.

5. Mixture Mix-up

Turning the game of creating compounds upside down, the mixture mix-up is an interesting tweak to introduce in class. In this activity, students are given a set of mixtures and must use clues to identify the components of each mixture. For example, a mixture of sugar and water might be described as “sweet and clear.”

Teachers can create a set of mixtures and clues, and give students time to identify the components of each mixture. This activity helps students to learn about the properties of mixtures and how to identify their components. 

Conclusion

Engaging activities are a vital ingredient in the recipe for understanding elements, compounds, and mixtures in chemistry. They serve as the hands-on laboratory for students to experiment, discover, and solidify their understanding of these fundamental concepts. Through these activities, students can gain a deeper, more intuitive comprehension of the unique characteristics, properties, and behavior of elements, compounds, and mixtures.

Learning about this concept acts as a foundation for other concepts like balancing chemical equations which can also be practiced using balancing chemical equation activities and online games. These activities are like the sparks that ignite the curiosity and imagination of students and help them to appreciate the beauty and complexity of the chemical world around them.

Shweta Sharma

I am Shweta Sharma. I am a final year Masters student of Clinical Psychology and have been working closely in the field of psycho-education and child development. I have served in various organisations and NGOs with the purpose of helping children with disabilities learn and adapt better to both, academic and social challenges. I am keen on writing about learning difficulties, the science behind them and potential strategies to deal with them. My areas of expertise include putting forward the cognitive and behavioural aspects of disabilities for better awareness, as well as efficient intervention. Follow me on LinkedIn

The post 10 Interactive Games & Activities For Learning Elements, Compounds And Mixtures appeared first on Number Dyslexia.

Imagine setting up a “periodic market” where students can trade elements and learn about their uses and properties. Or, creating a “periodic escape room” where students have to solve clues related to the elements to unlock the door.

To help students learn and engage with the periodic table, classroom activities are an ideal option. These activities not only make learning about the periodic table more engaging and interactive, but they also allow students to tap into their own creativity and imagination. Get ready to embark on a thrilling journey through the periodic table with these creative and interactive activities designed to engage and inspire middle school students!

Fun and educational activities for middle schoolers to explore the periodic table

A periodic table is a fundamental tool in the study of chemistry, and learning about the elements and their properties is essential for understanding the behavior of matter. Engaging middle schoolers in interactive activities that explore the periodic table can make learning about the elements fun and memorable. So, check these out!

1. Periodic Table Scavenger Hunt 

Periodic Table Scavenger Hunt is an activity designed to help players learn about the elements of the periodic table in a fun and interactive way. For this activity, first, prepare a list of elements for students to find. This list can be tailored to the student’s level of knowledge, with more difficult elements for advanced players and simpler ones for beginners.

Next, hide the chits of elements in the classroom and have students find them. Hand out a copy of the periodic table to each student. Instruct players to find the elements on their list on the periodic table. Once a player has found an element, they should write down its symbol, atomic number, and any other relevant information about it. Set a time limit for the activity, such as 30 minutes or an hour. Once the time is up, students should present the information they have gathered about the elements they found.

Alternatively, teachers can also make teams, and each team can present the element they found, and the team with the correct information or the one who found the most elements wins the activity. The activity can be modified to suit different ages and skill levels and can be used as a fun way to review and reinforce knowledge of the periodic table.

2. Periodic Table Bingo

Periodic Table Bingo is an activity that uses the elements of the periodic table as the bingo calls. The activity is designed to help players learn about the elements of the periodic table in a competitive yet engaging way. To conduct the activity, prepare bingo cards with the elements’ symbols or names instead of numbers.

The number of elements you put on the card will depend on the level of difficulty you want for the activity. Hand out a bingo card to each player. Prepare a list of elements that will be used as the bingo calls. The elements can be chosen at random or can be tailored to the players’ level of knowledge.

Now, begin the activity by calling out the elements on the list one by one. As students hear an element that is on their card, they should mark it off. The first player to get five elements in a row horizontally, vertically or diagonally calls out “BINGO!” The winner is the first player to get a “BINGO!” After the activity, you can discuss the elements that were called out and their properties and characteristics.

Teachers can also make teams and keep scores for each team. To make it more challenging, one can also include the element’s atomic number and/or atomic weight.

3. Periodic Table Puzzle 

A periodic Table Puzzle is an activity that involves arranging elements of the periodic table into their correct position. The activity is curated in a way to help players learn about the elements of the periodic table and reinforce existing knowledge. For this activity, prepare a set of puzzle pieces with the elements’ symbols or names on them. The number of elements placed in the puzzle will depend on the level of difficulty wanted for the activity.

In the case of a physical puzzle, mix up the puzzle pieces and place them in a pile or container. If a digital version is used, the elements will be in a scrambled form. Players must arrange the elements in the correct position on the periodic table, following the rules of electronic configuration, atomic number, and chemical properties of the elements.

If a player is unsure of where an element belongs, they can look up its properties and characteristics to determine its position on the periodic table. Once a player has correctly placed all the elements, they have completed the puzzle. After the activity, teachers can discuss the elements and their properties and characteristics, and the importance of their position in the periodic table.

4. Element Comparison

Element Comparison is an activity involving comparing and contrasting the properties and characteristics of different elements on the periodic table. Firstly, prepare a list of elements to be compared and contrasted. The list can be tailored to the players’ level of knowledge, with more difficult elements for advanced players and simpler ones for beginners.

Now, divide the players into teams or have them work individually. Give each team or individual a set of elements from the list to compare and contrast. Allow the players to research the elements and gather information about their properties and characteristics. Set a time limit for the research, such as 30 minutes or an hour. After the time is up, have each team or individual present their findings and compare and contrast the elements they have been given.

As a follow-up, teachers can also ask open-ended questions to encourage a deeper understanding of the elements and their properties and characteristics. The team or individual with the most accurate and detailed information wins the activity. The activity is an excellent way to improve students’ hold on concepts such as balancing chemical atomic structure, chemical reactivity, and uses.  Furthermore, other activities of similar concepts, like balancing chemical equations and atomic structures, can also help the kids with learning the periodic table. 

5. Periodic Table Quiz Show

The activity is a periodic table quiz show in which players are quizzed on their knowledge of the elements from the periodic table. The activity is divided into rounds, and in each round, players are presented with questions about different elements and their properties. Players earn points for each correct answer, and the player with the most points at the end of the activity is declared the winner.

For conducting this activity, the players can be divided into teams or play individually.  Next, the host or facilitator of the activity will ask questions related to the elements on the periodic table, such as their atomic number, symbol, or properties. Players must answer the question correctly to earn points. The activity can be timed, and the questions can increase in difficulty as the activity progresses. 

At the end of the activity, scores are calculated and the overall scores are compared to determine the winner.

6. Periodic Table Word Scramble

Periodic Table Word Scramble is an activity in which players unscramble words related to the elements from the periodic table. The activity is divided into rounds, and in each round, players are given a set of scrambled words related to elements. Players must unscramble the words to form the name of an element or its symbol. Players earn points for each word they unscramble correctly, and the player with the most points at the end of the activity is declared the winner.

For the activity, the players can be divided into teams or play individually. Next, the host or facilitator of the activity will provide a set of scrambled words related to the elements on the periodic table. Players must unscramble the words to form the name of an element or its symbol. Points are awarded for each word unscrambled correctly, and the activity can be timed. 

At the end of the activity, scores are calculated and the overall scores are compared to determine the winner. As scramble is a vocabulary activity, combining it with a periodic table can be an interesting tweak. 

7. Periodic Table Crossword

Periodic Table Crossword is an activity in which players use their knowledge of the elements from the periodic table to complete a crossword puzzle. The activity is divided into rounds, and in each round, players are given a crossword puzzle with clues related to elements from the periodic table. Players must use their knowledge of the elements to fill in the correct words in the crossword puzzle. Players earn points for each correct answer, and the player with the most points at the end of the activity is declared the winner.

For the activity, the players can be divided into teams or play individually.  Next, the host or facilitator of the activity will provide a crossword puzzle with clues related to elements from the periodic table. Players must use their knowledge of the elements to fill in the correct words in the crossword puzzle. Points are awarded for each correct answer and the activity can be timed. At the end of the activity, scores are calculated and the overall scores are compared to determine the winner.

While focusing on the elements in the periodic table, the activity focuses on improving vocabulary and problem-solving skills. This activity is highly suitable for students of all ages and can be played in a classroom or as a fun activity with friends and family. Note: One can include clues about the element’s properties, history, and uses, as well as the names of scientists associated with the elements.

8. Element Trading Card

Element Trading Card is an activity in which players collect and trade cards featuring elements from the periodic table. Each card features a different element, including information such as its symbol, atomic number, and properties. Players earn points for each card they collect, and the player with the most points at the end of the activity is declared the winner.

For the activity, the players can be divided into teams or play individually.  The host or facilitator of the activity will provide a set of Element Trading Cards that players can collect. Players can earn cards by answering questions correctly, completing tasks, or trading with other players. 

Points are awarded for each card collected, and the activity can be timed. At the end of the activity, scores are calculated and the overall scores are compared to determine the winner. The activity promotes healthy competition among players while enhancing students’ understanding of the periodic table. 

Conclusion

Incorporating periodic table activities alongside other chemistry games into the chemistry curriculum can be a fun and effective way to enhance students’ understanding of this important subject. Moreover, these can also be used for kids with learning disabilities like dyscalculia to understand the concept in a facile manner. These activities can range from simple flashcard drills to more complex lab experiments and creative projects.

They provide students with a hands-on and interactive approach to learning about the properties and behavior of elements and how to use the periodic table to predict and explain chemical reactions. By making the subject matter more engaging and interesting, students are more likely to retain the information and develop a deeper understanding of the material.

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post 8 Interesting Periodic Table Activities For Middle Schoolers appeared first on Number Dyslexia.

Just like a few chemistry games, conducting a series of hands-on activities to help students understand the different types of chemical bonds including Covalent and Ionic Bonds, can provide greater clarity on the nature of chemical bonds. Additionally, these activities are designed to help students visualize the chemical bonds that hold atoms and molecules together.

Through these activities, students will learn how to apply their knowledge of chemical bonding to real-world examples and will gain a deeper understanding of the subject. So, get hands-on with covalent and ionic bonding through engaging activities. 

Engaging covalent bonding activities for chemistry students

Just like a few balancing equation activities and online games, covalent bonding activities can actually help kids understand the concept more profoundly. Covalent bonds are a type of chemical bond in which atoms share electrons in order to form a stable chemical compound. These bonds form when atoms have similar electronegativities, meaning that they have a similar tendency to attract electrons. 

Covalent bonds are typically found in molecules, which are made up of two or more atoms held together by covalent bonds. Examples of covalent bonds include the bond between two hydrogen atoms in a molecule of H₂, and the bond between a carbon atom and four hydrogen atoms in a molecule of methane (CH₄).  Here is a list of some classroom activities that require minimal items but guarantee extensive learning. 

1. Build a Molecule Activity

Building a molecule exercise is a creative activity, requiring students to use plastic balls (representing atoms) and sticks (representing covalent bonds) to build various molecules. 

Instructions:

• Provide each student with a set of plastic balls and sticks in various colors (to represent different types of atoms).
• Ask students to research a specific molecule (e.g. water, methane, glucose) and determine the types and number of atoms that make up the molecule.
• Students will then use the plastic balls (or paper cutouts) and sticks to physically build the molecule.
• As a class, discuss the covalent bonding that holds the molecule together and the properties of the molecule as a result of its chemical structure.

The activity will help students memorize the number of atoms forming the bond as well as its nature. 

2. Covalent Bonding Game Activity

The covalent bonding activity uses a game format to help students understand covalent bonding. 

Instructions:

• Divide the class into teams of 2-3 students.
• Each team will be given a set of cards, each representing a different element.
• The teams will take turns drawing two cards and determining whether the elements can form a covalent bond.
• If the elements can form a bond, the team must explain the type of bond and the number of electrons shared.
• The team with the most correct bonds at the end of the game wins.

The covalent bonding activity can be an interesting one to learn about covalent bonds and increase team bonding among students. 

3. Covalent Bonding Puzzle Activity

In the Covalent bonding puzzle activity, students use puzzle pieces to build covalent compounds and visualize the chemical bonds. 

Instructions:

• Provide each student with a set of puzzle pieces, each representing a different element, which the teacher can create beforehand on colorful pieces of paper. 
• The puzzle pieces will have protons and electrons on them to represent the elements.
• Students will use the puzzle pieces to build covalent compounds by matching the electrons of the atoms to form chemical bonds.
• Each student will have to find the correct electrons and protons to form a compound, for example, Hydrogen and Oxygen will form water (H₂O).
• Once the students have completed the puzzle, they can use the completed compound to research the properties of the compound and its structure.
• As a class, discuss the covalent bonding that holds the compound together and the properties of the compound as a result of its chemical structure.

As the game uses limited information and challenges students’ understanding of bonds, it can be a good way to test the memory of students. This activity requires students to have a sound knowledge of the periodic table, then only they’ll be able to form the compounds and for that, they can use periodic table online games to practice and learn.

4. “Covalent Bonding Lab” Activity

A hands-on lab where students observe covalent bonding in action, covalent bonding lab activity can be easily adjusted to the learning level of the students. 

Instructions:

• Provide each student with a set of chemicals, such as baking soda and vinegar, which will react to form a covalent compound (carbon dioxide). 
• Have students mix the chemicals in a clear container, and observe the formation of the covalent compound.
• As a class, discuss the covalent bonding that holds the molecule together and the properties of the molecule as a result of its chemical structure.

The activity offers practical exposure to the nature of substances created through covalent bonds and thus, can help them in future understanding of complex substances. 

Note: Keep in mind to dilute solutions and take precautionary measures like wearing gloves and glasses while working in the laboratory. 

Ionic bonding explorations: Exciting activities for chemistry students

Ionic bonds are a type of chemical bond that forms between a metal and a non-metal atom. These bonds form when one atom donates an electron to another atom, creating a positive ion (cation) and a negative ion (anion) in the process. The cation and anion are then attracted to each other by electrostatic forces, forming an ionic bond. 

The strength of an ionic bond depends on the charge of the ions and the distance between them. Examples of ionic compounds include common table salt, which is made up of sodium and chlorine ions, and magnesium oxide, which is made up of magnesium and oxygen ions. Below are the activities to understand ionic bonding in an engaged manner. 

1. “Ionic Bonding Scavenger Hunt” Activity

Using a scavenger hunt format to learn about ionic bonding, this activity can be a perfect active learning exercise in a chemistry class

Instructions:

• Create a list of ionic compounds and their component elements (e.g. NaCl, Na, and Cl)
• Hide cards with the names of the ionic compounds and their component elements around the classroom.
• Divide the class into teams of 2-3 students.
• Each team will be given a scavenger hunt worksheet with a list of ionic compounds to find.
• Teams will search the classroom for the cards, matching the component elements to form the ionic compounds.
• Once all the ionic compounds are found, teams will have to describe the bonding that holds the compound together and the properties of the compound as a result of its chemical structure.

The activity can be a great medium to have the students engage with each other as well as chemical compounds and bonding, thereby, ensuring greater learning

2. Ionic Compound Solubility Experiment

The ionic compound solubility activity involves testing the solubility of different ionic compounds in water, which depends on the strength of the ionic bonds and the polarity of the molecules.

Instructions:

• Gather materials such as different ionic compounds (e.g. table salt, calcium chloride, potassium nitrate), water, and test tubes.
• Have students add a small amount of each ionic compound to a separate test tube filled with water and record their observations.
• Discuss why some compounds dissolve readily in the water while others do not, based on the strength of their ionic bonds and the polarity of water molecules.

This activity helps students understand the relationship between the strength of ionic bonds and the solubility of ionic compounds, as well as the role of polarity in determining solubility.

3. Ionic Bonding Card Game

The Ionic Bonding Card Game activity involves creating a card game that focuses on the concepts and properties of ionic bonding, providing a fun and interactive way for students to review and reinforce their understanding.

Instructions:

• Create a deck of cards, each with a different concept or property related to ionic bonding, such as “ion,” “cation,” “anion,” “lattice energy,” and “ionic radius.”
• Divide students into groups and distribute the cards.
• Have students take turns playing cards and explaining their concepts or properties, building on each other’s ideas and creating connections between the concepts.
• Encourage students to ask questions and challenge each other’s ideas.
• Review the key concepts and properties with the class.

This activity provides a fun and interactive way for students to review and reinforce their understanding of key concepts and properties related to ionic bonding.

4. Ionic Bonding Demonstration

Ionic Bonding Demonstration activity involves demonstrating the process of ionic bonding using a visual aid, such as a demonstration of electron transfer and charge attraction.

Instructions:

• Gather materials such as metal and non-metal balls (e.g. Styrofoam balls painted different colors), magnets, and a poster board.
• Use the magnets to represent the positive and negative charges of the metal and non-metal ions, respectively.
• Demonstrate the transfer of electrons from the metal to the non-metal, creating ions with opposite charges that are then attracted to each other.
• Use the balls and magnets to demonstrate the resulting ionic compound and its properties, such as a crystalline structure.
• Discuss the properties of ionic compounds and their practical applications.

This activity provides a visual and tangible way for students to understand the process of ionic bonding and the resulting properties of ionic compounds, helping them to better grasp the concept.

Conclusion

To sum up, chemical bonding is a crucial aspect of chemistry that plays a major role in determining the properties and behavior of matter. By conducting a variety of interactive activities, the different types of chemical bonds can be explored including covalent and ionic bonds. Through these activities, students can gain a deeper understanding of how they hold atoms and molecules together.

Furthermore, kids who have learning disabilities like dyscalculia, and are struggling with Chemistry can also benefit from these activities. These activities provide a unique and engaging way to learn and help solidify the understanding of the subject. 

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post 8 Fun Activities For Learning Chemical Bonding Concepts appeared first on Number Dyslexia.

However, it can be difficult to grasp and memorize the rules and methods for balancing chemical equations. In this case, online games can serve as a fun and interactive way to help students learn and practice balancing chemical equations. Whether you’re a student trying to ace your next test or a curious learner looking to deepen your understanding of chemistry, fun activities, and online interactive games are the ideal way to make learning about chemical reactions fun and engaging.

So, get ready to ignite your chemistry skills with these exclusive online games that will challenge your mind and help you master the art of balancing chemical equations. Grab your lab coat and safety goggles, and let’s dive into the world of chemical reactions and online games! 

Making understanding balancing chemical equations facile through online games

With many chemistry games available online, kids can also engage in a few balancing chemical equation games that can help them become more friendly with the concept. Hence, here are a few games that can be played as a classroom exercise or even at home! 

1. The Museum Science Chicago chemical reaction game:

It is an educational game that simulates chemical reactions and teaches players about the elements, compounds, and reactions in chemistry. The game typically involves players mixing different elements and compounds to create new compounds and observe the resulting chemical reactions. The game may include multiple levels or difficulty settings and may also provide information and explanations about the elements and their properties.

The educational importance of this game lies in the fact that it helps players understand the fundamental principles of chemistry and how different elements and compounds interact with each other. It also provides students with an interactive and visual learning experience which can help them to understand better and remember the material. 

2. Outer Space Molecule Chase

It is a game that simulates the process of building molecules by combining atoms. The game typically involves players navigating through space, collecting different atoms, and using them to build molecules. The game may include multiple levels or difficulty settings and may also provide information and explanations about the elements and their properties.

The objective of the game is to help players learn about molecules, their properties, and how they are formed in a fun and engaging way. The educational importance of this game lies in the fact that it helps students learn about the concept of chemical compounds and how atoms come together to form molecules. It also allows students to practice building molecules, which can help them understand the properties and behavior of different compounds. 

3. Balancing chemical equations game

3. A balancing chemical equations game on TinyTap is a type of educational game that is designed to help students learn how to balance chemical equations. The game typically presents the player with an unbalanced chemical equation, and the player must use their knowledge of chemical reactions and the principles of conservation of mass to balance the equation by adjusting the coefficients of the reactants and products.

The player can then check their work by submitting the equation, and the game will give feedback on whether the equation is balanced or not. The educational usage of this game is to help students develop their understanding of chemical reactions and the principles of conservation of mass.

By playing the game, students are able to practice balancing equations and receive immediate feedback on their work, which can help them to identify and correct any mistakes they may be making. Additionally, the game format makes learning about chemical equations more engaging and interactive, which can help to increase student motivation and engagement with the material.

4. PhET: balancing chemical equations

A balancing chemical equations game on PhET is a type of interactive simulation that is designed to help students learn how to balance chemical equations. The game typically presents the player with an interactive interface that allows them to manipulate the reactants and products in a chemical equation by adjusting the number of atoms or molecules of each element.

The player can then check their work by clicking a button to balance the equation, and the game will give feedback on whether the equation is balanced or not. This game is to help students develop their understanding of chemical reactions and the principles of conservation of mass by providing a visual representation of the atoms and molecules involved in the reaction.

Additionally, the interactive nature of the simulation allows students to experiment with different ways of balancing equations, which can help them to identify and understand the underlying concepts more effectively. 

5. Chemistry: Balancing Equations Game- Rags to Riches-2020i

The “Chemistry: Balancing Equations Game- Rags to Riches-2020i” on Quia is a type of educational game that is designed to help students learn how to balance chemical equations. The game is in a multiple-choice format, where students are presented with a chemical equation and four different options to balance it.

The player must use their knowledge of chemical reactions and the principles of conservation of mass to select the correct balanced equation out of the four options. The game also includes a points system and leaderboard feature, which can add an element of competition and motivation for students.

The educational usage of this game is to help students develop their understanding of chemical reactions and the principles of conservation of mass by providing a way for students to practice balancing equations and receive immediate feedback on their work.

Additionally, the multiple-choice format allows students to test their understanding of balancing equations, which can help them to identify and correct any mistakes they may be making. The game format, with the added feature of points and a leaderboard, makes learning about chemical equations more engaging and interactive, which can help to increase student motivation and engagement with the material.

6. iwant2study: Balancing Chemical Equations

“Balancing Chemical Equations” is designed to help users learn how to balance chemical equations. The simulation provides a virtual environment where users can interact with atoms and molecules to learn how to balance chemical equations. In the game, users are presented with a chemical equation, and they are tasked with adjusting the number of atoms of each element in the equation to balance it.

The simulation allows users to add or remove atoms of different elements, and it provides feedback on whether the equation is balanced or not. This game is interactive and helps students understand the concept of balancing chemical equations, which is an important part of chemistry. The game enables players to check that the equation is a correct representation of a chemical reaction, and it helps students to understand how atoms are transformed during a chemical reaction.

Students can experiment with different ways of balancing equations and get immediate feedback on whether they are correct or not. This helps them to learn the process of balancing chemical equations more quickly and effectively.

7. Balancing Chemical Equations Calculator

 It is a fun way to learn about balancing chemical equations. The game shows you a picture of some chemicals and asks you to balance the picture. Think of it like putting together a puzzle – you need to make sure everything fits just right.

You need to count how many of each chemical there are, and then add numbers to make the picture balanced. For example, if there are two atoms of oxygen on one side, you need to make sure there are also two atoms of oxygen on the other side. You type in the numbers that you think will balance the picture, and then click a button to check if you’re right. If you are, the game will tell you that you did a good job! If you’re not, you can try again until you get it right.

The game keeps track of how many pictures you’ve balanced correctly, so you can see how well you’re doing. Keep in mind that while entering the formula, there is no need to add any space. Overall, it’s like a puzzle that you get to solve, and you can see how much you’ve learned as you go along!

Mastering the art of balancing chemical equations: Strategies and tips for success

Balancing chemical equations can be made easier by following a few key strategies:

1. Start by writing the unbalanced equation, with the reactants on the left and the products on the right.
2. Count the number of atoms of each element on both sides of the equation, and make a list of these numbers.
3. Identify the elements that are not balanced, and select one of them to balance first.
4. Use coefficients (numbers placed in front of the chemical formulas) to balance the selected element on one side of the equation.
5. Adjust the coefficients of other elements to maintain balance, and repeat the process for any remaining unbalanced elements.
6. Finally, check that the number of atoms of each element is equal on both sides of the equation.

Some tips to make the balancing process easier include:

• Start with the most complex molecules or the ones with the largest number of atoms.
• Use fractions if necessary to balance an equation. For example, 1/2 O2 can be used instead of O, and 2/3 H2 can be used instead of H.
• Remember that balancing an equation requires adjusting both the coefficients and the subscripts of the chemical formulas.
• Double-check your work to ensure that the equation is fully balanced and that the coefficients are in their simplest form.

By following these strategies and tips, balancing chemical equations can be a fun and interesting challenge that helps deepen your understanding of chemistry. At the same time, chemistry can also be made facile for kids with learning disabilities like dyscalculia. 

Conclusion

In conclusion, using balancing online equation games as a teaching method for students can be an effective and engaging way to help students learn about chemistry and improve their understanding of the subject. These games provide students with interactive and visual learning experiences, which can help to capture their attention and make the learning process more enjoyable. 

With the many science and math games available, students can overcome misconceptions and build a deeper understanding of the concepts. Teachers can use these games as a supplement to traditional classroom instruction, and students can use them to review and reinforce what they have learned. 

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post 7 Cool Balancing Chemical Equation Games To Play Online appeared first on Number Dyslexia.

To make this concept more engaging and interactive, there are a variety of classroom activities that can be used to help students balance chemical equations in a creative and hands-on way. 

Having students work in teams or individually, these activities not only make the process of balancing chemical equations more fun and interactive but also help students to visualize the chemical concepts and retain the information better. So, below is a list of classroom activities to strengthen students’ equation balancing capabilities. 

Balancing chemical equation activities

Many chemistry games involving concepts like periodic tables and understanding the balancing of the chemicals can be beneficial for the young ones, as gamification helps students be engaged and learn in a fun way. Balancing equations is an important skill to master, hence, the below activities will help students ace this skill in no time. 

1. Balancing Equations Team Game

Of course, adding competition will help serve the purpose of learning. For this activity, the class needs to be divided into teams and then given a set of unbalanced chemical equations. The first team to correctly balance the equation wins a prize. 

To play, first, each team must receive a set of unbalanced chemical equations and a periodic table. Then, the teams have to work together to balance the most equations in the shortest amount of time. Once a team thinks they have completed balancing all the equations, they should show their work to the teacher for verification. The first team to balance all or more equations correctly wins the prize. While enhancing cooperation, the game will strengthen children’s command over the most important table in chemistry. 

2. Balancing Equations Scavenger Hunt

A scavenger hunt just adds fuel to the engaged and high-energy middle schoolers, thus, combining it with any educational activity is a must. The activity is simple and requires creating a list of unbalanced chemical equations and having students find the balanced equation hidden around the classroom. 

To play, first, a set of unbalanced chemical equations on cards must be hidden around the classroom. Then, each student must be given a periodic table and a worksheet with the unbalanced equations listed. To find where the unbalanced equations are hidden, riddles related to elements can be given to students, such as I am the natural resource of the earth, without me life is impossible, thus, the card was placed beside a water chart on the board.

Students then must find the cards with the unbalanced equations, balance them, and check their answers by comparing them to the answer key.  Once they have completed all the equations, they can return their worksheet to the teacher for a grade. The activity increases students’ grip on the periodic table while having them engaged throughout. 

3.  Balancing Equations Puzzle

Using a jigsaw puzzle as a reference, teachers can ignite the same curiosity in students about chemistry. In the balancing equations puzzle, simply cutting out cards with chemical formulas of reactants and products and having students organize the cards to create the balanced equation, can allow students to actually test their understanding. 

To play, first, the chemical formulas of reactants and products must be written on separate cards. Then, after shuffling the cards, students can distribute them among themselves. Students must then organize the cards to create balanced equations and check their answers by comparing them to the answer key. The activity will help students memorize important equations and several important rules about substances. 

4.  Balancing Equations Quiz Show

Quizzes are high on energy and engagement and have several learning benefits when employed in class. Hence, tweaking them for chemistry class, especially periodic tables can be a great idea, as most children struggle with the same. The activity requires the creation of a game show format where teams answer questions about balancing chemical equations to earn points. 

The first step in this activity is to create a set of multiple-choice questions about balancing chemical equations and dividing the class into teams. Then, the teams take turns answering the questions, with teams earning points for correct answers. The team with the most points at the end of the game wins. The activity encourages peer learning, engagement, and high retention alongside teamwork. 

5. Balancing Equations Group Project

Balancing Equations activities can be assigned in a long-duration format too. The balancing equations group projects require teachers to assign students to small groups and have them research and create a presentation on a specific chemical reaction and how to balance the equation for that reaction.

For the project, one student has been assigned to groups; they can be asked to research a specific chemical reaction, including the reactants, products, and balanced equation. Then, in groups, they can create a presentation on their findings, including a step-by-step explanation of how to balance the equation for that reaction as well as on the chemical reaction, and its properties like color change, odor change, etc. Allowing reflection-based learning, this activity will allow for perspective and knowledge sharing and will enhance students’ hold on important concepts. 

6. Balancing Equations Board Game

The balancing equations board game activity can be a great way to challenge middle schoolers. As the board will be pinned with top-ranking students, this can make them pursue the challenge with greater enthusiasm. For starters, teachers need to create a board game where players must balance chemical equations to move ahead on the board. 

The game board must contain spaces representing different chemical reactions. Then, cards with unbalanced chemical equations that correspond to the spaces on the board must be created. Players must correctly balance the equation on the card to move ahead on the board. The first player to reach the end of the board wins. As the game is highly individualistic, the game will help students track their own progress and standing in relation to their ability to solve equations. 

7. Balancing Equations Escape Room

Just like the scavenger hunt, escape rooms are new ways to intrigue children. In the balancing equations escape room, teachers can create an escape room where students must balance chemical equations to unlock clues to escape. 

The escape room first needs to be set up with a series of puzzles and clues that require students to balance chemical equations to unlock. For example, one puzzle might require students to balance an equation to find the combination to a locked box, (if a balanced chemical equation is 2Mg+O2→2MgO, the combination of the locked box will be 2,1,2). The first team to complete all the puzzles and escape the room wins. Apart from engaging children in the idea of winning, this activity employs puzzles and a treasure hunt sort of approach to make learning fun. 

Conclusion

Balancing chemical equations is a fundamental concept in chemistry that is essential for students to understand. Science, math, physics, and chemistry games can surely act in the favor of the students who are working hard to understand and master certain concepts. By using creative and hands-on classroom activities, students can better grasp the concept and retain the information.

These activities can include games, molecular modeling, and scavenger hunts, which make the process of balancing chemical equations more interactive and engaging. Additionally, these activities help students to visualize chemical concepts, which can lead to a deeper understanding of the subject matter. Overall, incorporating these types of activities into the classroom can greatly enhance the learning experience for students and help them to succeed in chemistry.

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post 7 Fun Balancing Chemical Equation Activities appeared first on Number Dyslexia.

Whether you’re looking for a way to review for a test, or simply want to make your science class more interesting, these games are a great way to do it. With a wide range of options available, from matching games to interactive quizzes, there’s something for everyone. So why not give them a try and see how much fun you can have while learning about the periodic table!

 Learn more about period tables through some online games

Have you ever indulged in a chemistry game? Unlock the secrets of the periodic table with these thrilling online games! From matching element symbols to building molecules, these interactive experiences will make learning about the elements a blast. Whether you’re a student looking to ace your chemistry class or just looking for a fun way to brush up on your element knowledge, these games are sure to be a hit. So get ready to have some fun while learning about the building blocks of our universe, let’s dive into the world of periodic online games!

1. Periodic Table Word Search

It is a game that helps students learn the elements of the periodic table by finding the elements hidden in a grid of letters. The game functions by displaying a grid of letters that contains the names of elements hidden in various directions. The student has to find and highlight the element names in the grid. 

The game helps students learn the names and symbols of the elements on the periodic table, which can be useful for students studying chemistry, and help students to memorize the names of elements in the periodic table.

2.  The Periodic Table Game

It is an educational game that helps players learn about the elements in the periodic table. The game typically involves players identifying elements by their symbol, atomic number, or other properties, and placing them in the correct position on a virtual periodic table. The game includes multiple levels or difficulty settings. The objective of the game is to help players learn and remember information about the elements in the periodic table in a fun and engaging way. 

The Periodic Table Game has educational significance as it helps players learn about the elements in the periodic table, which is a fundamental concept in chemistry. By playing the game, players can learn about the elements’ symbols, atomic numbers, atomic weights, and other properties, which can help them understand how elements interact with each other and how they are used in various applications.

3. Periodic Table Element Symbol Matching Game

It is a game that helps students learn and memorize the symbols of the elements on the periodic table. The game presents the player with a series of element symbols and corresponding element names, and the player must match the symbol with the correct name. 

The educational significance of this game is that it helps students learn and memorize the symbols of the elements, which is an important aspect of understanding the periodic table. A periodic table is a tool used to organize and classify the elements, and understanding the symbols of the elements is essential for understanding the organization and classification of the elements. Additionally, the format of the game makes it fun and engaging for students, which can help to increase their motivation to learn and retain the information.

4. ACS Periodic Table Game

It is an educational game designed to help students learn about the elements in the periodic table. The game is designed for middle school students who are studying chemistry. The game works by presenting students with a series of challenges that test their knowledge of the elements and their properties. Each challenge focuses on a specific element and asks students to identify the element based on its properties, such as its atomic number, symbol, or atomic weight.

In order to play the game, students must first select a level of difficulty. The levels range from easy to difficult, and each level presents a different set of challenges. Once the level has been selected, students can begin playing the game. The game uses a point-based system to reward students for correct answers. For each correct answer, students receive a certain number of points. If a student answers a question incorrectly, they can try again until they get the correct answer. In addition to testing students’ knowledge of the elements, the game also provides educational content and information about the periodic table and the elements. Students can access this information at any time while playing the game, making it a valuable resource for learning about chemistry.

5. Periodic Table Atomic Number Matching Game

It is a game that helps students learn and memorize the atomic numbers of the elements on the periodic table. The game presents the player with a series of element names and corresponding atomic numbers, and the player must match the name with the correct atomic number. 

The importance of this game for students is that it helps them learn and understand the concept of atomic number, which is a fundamental concept in chemistry and physics. The atomic number of an element is the number of protons in the nucleus of an atom of that element, and it determines the chemical properties of the element. Understanding the atomic number of an element is essential for understanding the organization and classification of the elements on the periodic table and how they react chemically with other elements. 

6. Sporcle’s The Elements

It is an educational game website where users can test their knowledge of the periodic table of elements. The game provides a list of elements and the user has to write the name of elements in the blank space in any order. The objective of the game is to complete the periodic table as quickly as possible.

The periodic table is an organized arrangement of chemical elements, based on their atomic number, electron configurations, and chemical properties. The game utilizes this structure to provide a fun and interactive way for users to learn about the elements and their properties.

Users can play the game in different modes such as timed, untimed, or practice mode, and can choose from different sorting criteria. They can also compete with others by checking their scores against other users on the leaderboard. Hence, is a helpful tool for students, educators, and anyone who wants to learn more about the periodic table and improve their knowledge of the elements.

7.  Periodic Table Crossword Puzzle Game

It is a game that helps students learn and reinforce their knowledge of the elements on the periodic table. The game presents the player with a crossword puzzle that includes clues related to the elements, such as their symbols, atomic numbers, and physical properties. The player must use their knowledge of the elements to fill in the puzzle. 

The crossword format of the game helps to reinforce the student’s understanding of the elements, as they must use their knowledge of the elements to solve the puzzle. Additionally, the game can be a useful tool for reviewing and testing student understanding of the elements on the periodic table. 

Making the periodic table a fun way to learn

When it comes to complex and boring concepts like the periodic table, teachers find it perplexing to teach the kids these concepts, especially if they are learning chemistry whilst having a learning disability like dyscalculia. However, there are several ways that teachers can make learning about the periodic table fun for their students:

1. Incorporate interactive activities: Teachers can use online games and simulations, hands-on experiments, and other interactive activities to help students understand the elements and their properties.

2. Use real-world examples: Teachers can connect the elements in the periodic table to real-world applications and examples. This can help students understand how the elements are used in everyday life and can make the material more relevant to them.

3.   Create a periodic table scavenger hunt: Teachers can create a scavenger hunt where students have to find elements in the classroom or in the school, or in the internet. This will make the learning more interactive and engaging.

4. Make it a group work: Teachers can divide the class into groups and assign each group an element to research. Then have the groups present their findings to the class. This will help students understand how different elements are related and can be used together.

5. Make it a competition: Teachers can create a competition where students have to race against time to identify elements by their symbols or atomic numbers. This will make learning more exciting and engaging.

6. Use mnemonics: Teachers can use mnemonics to help students remember the elements and their properties. Mnemonics are memory aids that can help students remember information by connecting it to something more familiar or memorable. 

7. Use technology: Teachers can use technology such as videos, animations, and interactive whiteboards to make learning about the periodic table more engaging and interactive.

8. Connect with other subjects: Teachers can connect the elements in the periodic table to other subjects such as biology, physics, and geology to make the material more relatable and interesting.

9. Encourage students to ask questions: Teachers should encourage students to ask questions and express their curiosity. This will help students to be more engaged in the learning process and will make it more fun.

10. Be passionate and enthusiastic: Finally, the most important thing is that the teacher should be passionate and enthusiastic about the subject. This will help to create a positive and engaging learning environment for the students.

Conclusion

In conclusion, the concept of the periodic table is an essential foundation of chemistry, and understanding it is crucial for understanding many chemical reactions and processes. A periodic table is a tool that organizes elements according to their atomic structure and properties, making it a powerful tool for predicting chemical behavior and identifying the properties of elements. Furthermore, from science games to games involving the complexities of physics, gamification has made education easier and more interesting.

Additionally, teaching the periodic table in a fun and engaging way can help students remember and understand the material better, which can make a big difference in their understanding of chemistry and other related subjects. Furthermore, these can also be beneficial for kids with dyscalculia, as, at times, the learning disability can affect other subjects too. By using various teaching methods such as interactive activities, real-world examples, technology, and mnemonics, teachers can make learning about the periodic table an enjoyable and exciting experience for their students.

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post 7 Fun Online Games For Learning Periodic Tables appeared first on Number Dyslexia.

If your answer wasn’t an immediate “Cl₂ + H₂ = 2HCl”, you are not alone. Chemistry is not an easy subject to master, especially with its interdisciplinary nature where it also requires a working knowledge of math and physics among other subjects. Above that, chemistry seems to have a language of its own, always talking in terms of atoms and molecules.

But there are easy and even fun ways to master this tough subject. This blog highlights various games that will take you from the basics of chemistry to advanced-level problems, all while you’re engaged in playing an exciting game.

Solving the mystery of chemistry with online games

Games can be an excellent method of learning and teaching. Especially for subjects as tough as chemistry, games can be a lifesaver. Here is a list of games that will help you master this art called chemistry:

1. Little Alchemy

Do you know how the four basic elements combine to make all the different elements we see on earth every day? If yes, then prove it by finding all 560 elements in this game.

The player will be provided with the four basic elements, namely, water, fire, air, and earth. They will have to use their mouse to make various combinations among different or the same elements to find out newer, more complex elements of the earth. For example, mix the basic element of water with fire to discover steam. 

This game allows the individual to explore around and find out different elements and processes that went or still go behind the creation of different things we see and might even use every day in our lives. The individual, if stuck, can even ask for hints, and making the wrong combinations does not get them any penalties. This is a purely discovery-based, educational game to satiate the curious minds of chemistry learners. 

2. Doodle God

Yet another game that lets you play around with elements to create everything on earth, use it to your advantage to pass the challenges and ultimately, become a god.

Doodle God throws several puzzles and challenges at the player that the player has to overcome by making different things they need to surpass the challenge. For example, making a mountain to direct the flow of a river. In this game as well, the player is given the four basic elements of fire, air, water, and earth to begin with. It’s on them to get creative and combine different elements together to get the thing you need to solve this puzzle.

This game lets the player become a god for the day, playing the role of creating everything on earth all while understanding how it was made in the first place and what purpose it serves to date.  

3. Periodic Table Puzzle

The periodic table is the most basic yet most confusing part of studying chemistry. In this game, you have to complete the periodic table by placing the elements in their correct place.

Periodic Table Puzzle shows the player the marking letters, atomic number, and a picture of how the element is used. The player is then tasked with correctly placing the 73 natural elements in the place where they belong on the metric table. 

This interactive game helps in familiarising and memorizing various elements on the periodic table, their atomic number, their name, and how they are put to use. After playing the game, the individual can accurately answer various questions like groups colors for various elements, what a particular element looks like, where it is used, what is, let’s say, the 15th chemical element, and so on.

4. Chemistry Tree

From elementary knowledge of what encompasses the study of chemistry to advanced knowledge of what comes under different concepts and their principles, this game has it all.

The goal of the player will be to complete the chemistry tree accurately by placing various icons of key topics and concepts in the tree. This simple yet vast chemistry game covers 18 wide range of topics. 

Through this game, the students will learn various topics like different states of matter, basic chemical units, how the ions change when moving electrons, etc. 

5. Hazard pictograms

Working in a chemistry lab might seem fun but it also comes with its own set of risks and challenges. Chemicals can be extremely dangerous to carry and mixing two seemingly harmless compounds can cause an unprecedented reaction. This is why, whenever entering a chemistry lab, safety is of the utmost importance. 

This game familiarizes the players with various hazard signs and their meanings. Comprising of multiple choice questions, questions that require you to type in the answer and answer questions about various symbols from memory, this game prepares the individual to safely navigate and handle any and all materials in a chemistry lab. 

Knowledge of different hazard symbols and what they represent is essential for working in a chemistry lab. This game with its informative layouts and interactive elements ensures that the individual is well-equipped with this knowledge by the end of all the levels.

6. Bugs on the Run

Atoms and molecules make up everything around us, including us. They might not be visible to the naked eye but their activity has repercussions on our daily tasks and activities.

This game builds on that very principle where the goal of the player is to control the movement of the molecules in the piston to feed the hungry chameleon by getting the running bugs to the chameleon’s mouth.

This game will help the player understand that molecules move faster when heated and slower when cooled down. This is the principle behind how water turns into has when heated and ice when cooled. 

7. Balancing chemical equations

How many nitrogen and oxygen molecules will be required to make nitrous oxide? If you have trouble answering this question because making an equation in your mind to remember how these elements are naturally found and then balancing it seems like too much work, this game is for you.

The player in this game is given various elements and a pictorial representation of how they are naturally found. They have to select the appropriate quantity of each element that will balance the equation and make the required element by mixing. Every time the player selects the appropriate amount of both elements that perfectly balance the equation and cause the appropriate chemical reaction, the player wins a point. 

Since this game pictorially represents all the elements, the basic ones used in the reaction and the ones created after the reaction, it will help the students in retaining how they naturally occur. This will also help them in solving textbook or exam questions that require them to fill in the gaps or write the entire equation from scratch. 

8. Outer Space Molecule Chase

The player has to help Linus, a genetically modified rat, to escape the space station and reach an asteroid in order to save the world.

In this game, the player has to use the molecular replicator given to the hero, Linus, to create common substances that will help him overcome the obstacles, solve the puzzles and eventually save the world. 

This game will provide an understanding of atoms, and molecules and how they bond to form different substances to the player. It will also help them remember simple molecular compositions like H2O in the case of water, etc., and how to use this H2O to do various stuff like put out fires. 

9. The Periodic Table

Learning about the elements that make up the world but aren’t always visible or obvious to the naked eye can seem like a tedious task. But this game makes it fun with its descriptive imagery and interactive elements.

The player will be randomly shown either an element or its name. The task of the player is to choose the correct element picture when the name is shown and type in the name when the picture is shown. Helpful hint: the spelling of the element’s name does matter. To further help the player, the game also tutorials that the player can take up at any time. 

This game will help individuals in using their knowledge about the elements to correctly guess the name, and learn how to spell them as well as what they look like.

10. Creative Crosswords

Crosswords are a fun way to learn new facts about various things and test your knowledge to finish a satisfying puzzle.

Creative chemistry contains crosswords on various topics for you to test, revise and increase your knowledge. These crosswords can either be played online or can be printed for a fun and informative time later.

This game covers topics ranging from acids, alkalis, and metals, chemical families, chemistry apparatus, fossil fuels, hard rocks, organic chemistry, takes of reaction, round table, and the Haber process. It is a pretty extensive and well-rounded chemistry game designed to make chemistry fun and exciting for students.

Conclusion

Chemistry can be a hard subject to master but with the help of online games that use appealing interfaces, interactive elements, and colorful dissemination of information, it can seem as easy as playing ping pong.

Some tools like manipulatives, activities and free online games that can help students in learning chemistry include Little Alchemy, Doodle God, States of Matter, Animal Cell Game, Outer space molecule chase, Balancing Chemical Equations, Bugs on the Run, Hazard Pictograms, Chemistry tree, and Periodic Table Puzzles. Furthermore, these games can also be beneficial for kids who have learning disabilities like dyscalculia, as they can make the learning process easier for them too. 

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post 10 Cool Chemistry Games To Play Online appeared first on Number Dyslexia.

Not only math classes but also chemistry tests may turn into a stumbling block for a student with dyscalculia, further affecting self-esteem. But, how to deal with this condition? 

The approachable and ideal proposition would be to understand the root cause of the problem. Therefore, in this post, we will dig deeper into the relationship between dyscalculia and chemistry, and also try to comprehend what challenges individuals with dyscalculia can face when it comes to chemistry skills. 

Obligatory attributes to grasp chemistry

Being one of the pivotal wings of modern Sciences, comprehending the notion of chemistry can be crucial to infer various daily life as well as professional entities. Just like other subjects like Math and English, this subject may need the learner to deal with numbers and spelling accurately. To ensure the same, every learner must display and exhibit a few attributes to assimilate. Let’s look into these attributes and the status of the same in Dyscalculics.

1. Number sense in Chemistry

May it be the atomic number of an element or balancing a chemical equation, Chemistry needs a strong grip on number sense and math notions. Pupils may even need to calculate the energy in reaction and measure chemicals in the lab.

Research^[2] by Wilson Anna shows that Dyscalculics often feel it is taxing to deal with numerical cognition functions, which implies a core deficit in number sense. They may have to look at improving number sense by routine activities.

2. Visualization traits to analyze reactions

Chemistry is a subject about reactions between various compounds. To comprehend it better, the pupil can play with Visualization traits. For instance, Zinc and Hydrochloric Acid combine to give Zinc Chloride and Hydrogen gas. Instead of memorizing the phrase, the student needs to visualize why such a replacement of compounds is taking place.

Research by Dazhi Cheng^[3] elucidates cognitive deficits and thus compromised visual perception in Dyscalculia, which implies they need to consider an alternative pedagogy and learning style to retain the facts.

3. The precision of atomic numbers

The atomic number of Bromine is 35, and for Iodine, it is 53. Such values need to be retained with precision. Avoiding confusion between values makes precision pivotal to comprehending the subject fully. Research by Laine Kaufmann^[4] showed that the mental representation of numbers is less precise in persons with severe mathematics anxiety (Dyscalculia).

4. Logical thinking and data collection for tables 

Most of the experiments in chemistry need the individual to collect data, arrange them in a table, and then draw conclusions from the same. All this needs logical and critical thinking. In research, Lillian Bird^[5] measured logical reasoning in students in general chemistry and found out that these notions have improved their logical thinking. 

Individuals with dyscalculia, however, need to work on these skills. Research by Antonia Plaerou^[6] supports the same by depicting that individuals with math learning difficulties compromise on arithmetic and thus logical thinking.

Dyscalculics & Chemistry – Comprehensible & Retainable?

Subjects like Chemistry expect logical thinking, accuracy, and the ability to grasp concepts. The need to understand the intense use of letters, numbers, and equations of various balanced chemical reactions is crucial. Furthermore, precision in retaining words and numbers is obligatory. Recollecting atomic numbers of various elements needs precision. This can hinder people with compromises like Dyscalculia. 

According to research^[7] by Mohammed Amimul Ihsan Aquil, individuals enduring Dyscalculia can have issues in understanding and estimating quantities apart from simple computational tasks. This may stimulate them to put more stress while grasping subjects like Chemistry, where they need to deal with core concepts woven around quantities, numbers, and symbols. 

Dyscalculia can make individuals ameliorate their expertise despite these generalized manifestations by backing up with some custom-tailored strategies. 

5 Strategies that might help

The educational system may sometimes appear rigid for neurodiverse students. Making learning efficient for both students with learning disabilities, such as dyscalculia, and those with none requires adjustments in the learning process.

Let us now see how those ‘adjustments’ or ways can make learning chemistry easier for neurodiverse students, especially dyscalculics.

1. Review Often

Since dyscalculia is also characterized by short-term memory, it is very crucial to make the students review what they have learned and understood on a recurrent note. If kids with dyscalculia do not review the concepts they have learned recently, mastering new skills would become challenging for them.  These new skills mostly build on existing knowledge and previous sessions, and the inability to retain previous information can become a stumbling block for learning anything new in chemistry.

One efficient way to help students with dyscalculia is to revise their chemistry concepts by using diagrams, flashcards, as well as drawn references. To make chemistry a subject less abstract, there should be repeated efforts so that this subject becomes comprehensible for students with dyscalculia. 

2. Use “Real-Life” Cues and Physical Objects

Making dyscalculics relate chemistry problems to the practicalities of daily life helps them make sense of the concept of the subject and understand the relationships between elements, symbols, and numbers. You can use different props such as cups and rulers to help kids with dyscalculia see chemistry as a concept rather than an abstract.

To represent atoms, molecules, elements, and compounds, a local toy or craft store can give balls or beads in various colors. Popper beads make good polypeptide chains, ‘slinky’ produces a fantastic helix, and 3D structures can be constructed with children’s dough or pipe cleaners in post-16 work.

Another way to go about this is to give opportunities to students to make songs, board games, raps, and other fun activities with their chemistry concepts to help them grasp the problems.

3. Talk or Write Out a Problem

For any person with this learning disability, a chemistry problem is simply something abstract. The numbers and symbols are nothing more than drawings on blank pages for them. Helping a kid understand the problem by talking through it or writing it down in an explanatory way can help dyscalculics understand the relationship between the elements of chemistry. 

When it comes to chemistry word problems, try rephrasing them for kids to help them organize and process the information and find the solution based on the newly organized information.

4. Make the problem graphic

If the student with dyscalculia can not process numerical or symbolic information, try making the problem graphic or giving them real-life forms. For example, drawing the chemistry problem can help them understand the relationship between the concepts. When students draw their problems, be it math, chemistry, or physics, they formulate their own way of understanding how the problem is reflected onto them and how they can solve it.

5. Break Tasks Down into Subsets

A difficult topic or notion can quickly overwhelm dyscalculic students, especially if it draws on past knowledge that they may not have retained. Students can focus better, recognize connections, and prevent overload by breaking down an issue into its component elements and working through them one at a time.

Conclusion

Although chemistry and dyscalculia may not go well with each other, children with dyscalculia can still be made to fall in love with this interesting subject. By grounding the chemistry problems abstractly into the physical world, it becomes easier for both parents and teachers to help dyscalculic students succeed and quickly grasp chemistry concepts effortlessly. Personalities like Emma King have shown that compromises like Dyscalculia are not a hindrance to being successful. Such compromises can be mitigated with a cut-above effort in learning. 

After all, no subject is unreadable or unlovable!

References:

1. Aquil, Mohammad Amimul Ihsan. (2020). Diagnosis of Dyscalculia: A Comprehensive Overview. 1. 43-59.
2. Wilson, A. J. (2007). Number sense and developmental dyscalculia. https://psycnet.apa.org/record/2007-04220-009
3. Cheng, D. (2018). Dyslexia and dyscalculia are characterized by common visual perception deficits. https://doi.org/10.1080/87565641.2018.1481068
4. Kaufmann, L. (2012, September). The Diagnosis and Management of Dyscalculia. https://doi.org/10.3238/arztebl.2012.0767
5. Journal of Chemical Education, & Bird, L. (2010). Logical Reasoning Ability and Student Performance in General Chemistry. https://doi.org/10.1021/ed8001754
6. Plerou, A. (2016, September). Algorithmic Thinking and Mathematical Learning Difficulties Classification.[6] Aquil, M. (2020, August). Diagnosis of Dyscalculia: A Comprehensive Overview.
7. Aquil, M. (2020, August). Diagnosis of Dyscalculia: A Comprehensive Overview.

Manpreet Singh

An engineer, Maths expert, Online Tutor and animal rights activist. In more than 5+ years of my online teaching experience, I closely worked with many students struggling with dyscalculia and dyslexia. With the years passing, I learned that not much effort being put into the awareness of this learning disorder. Students with dyscalculia often misunderstood for having  just a simple math fear. This is still an underresearched and understudied subject. I am also the founder of Smartynote -‘The notepad app for dyslexia’, 

The post Learning Chemistry Being A Dyscalculic appeared first on Number Dyslexia.