So let us begin by understanding the geometric configurations of a decagon and then learn about its existence in the real world. This post will unfold how this versatile ten-sided figure has captured its essence in ancient civilizations, and also modern-day applications.

How to identify a decagon when you see one

The sides and angles of a decagon are governed by some properties, which are essential for identifying and classifying a figure as a decagon. 

Let us delve into the properties of a decagon:

1. The number of sides: 

A decagon has exactly ten sides, no more, no less. Count the sides and ensure that you are able to see each side distinctly. 

2. Check for the length of the sides:

A decagon has ten equal sides. After you have counted sides and you are sure there are ten of them distinctively, check for the length of each side. If it is a decagon, each side will be of equal length. 

3. Take a close look at the angles:

There are two types of decagon: a regular decagon and an irregular decagon. If all the interior angles of the polygon measure 144 degrees then it is classified as a regular decagon. If each of the angles measures different, then it is an irregular decagon. 

4. Is the figure symmetric?

In the case of a regular decagon, you will find that it is symmetric. This means that if you were to divide the decagon into ten equal parts, you would find that each and every obtained part is a symmetry or a mirror image of the other 9 parts. Also, if you fold the decagon along the obtained lines of symmetry, you will observe that all the sides and interior angles align perfectly. 

5. How many diagonals do you find?

If you try drawing diagonals from any single vertex or corner of a decagon to a non-adjacent vertex, you can draw five diagonals. This is true for each and every vertex. 

Real-life examples of decagons

It may be a rare occurrence to spot decagons in real life but it is not uncommon. Take a look at some of the real-life examples of decagons. 

1. Decorative flooring tiles

Interior and exterior designing of houses are all about making houses more aesthetic and appealing. Decorative flooring tiles are used to create decorative patterns that are either mosaic or simple patterns. Some of the shapes used for tiles are also decagonal. 

2. Clock faces

Decorative wall clocks add to the aesthetic appeal of the interiors of homes. One such aesthetic wall clock is a clock that is shaped like a decagon. These clocks can be both decorative as well as functional timepieces, and enhance the appearance of the interiors of your home.

3. Mirrors

Apart from the need for dressing, mirrors are used in amusement parks for recreational purposes. Mirrors having a decagonal frame are used as decorative pieces and huge mirrors in amusement parks are decagonal and give you funny images when you see yourself in the mirror. 

4.  Jewel 

Jewels are used by people for personal adornment. They are worn to enhance the appearance and are available in various forms such as bracelets, bangles, rings, earrings, nose rings, necklaces, and more. Occasionally, these jewels are designed in decagonal shapes that enhance their appeal. 

5. Canopies and Tents

Canopies and tents are used for various outdoor events and trade shows. They are sometimes designed like decagons to enhance the aesthetic appeal and improve the functional design. A decagon-shaped canopy or tent is more sturdy due to more structural support. 

6. Algeria coins

The study and practice of collecting ancient coins is called numismatics. In ancient Algerian numismatics, decagonal coins were very significant and have been preserved to this date for their aesthetic and ‘one-of-a-kind’ appeal. Thanks to their shape, these coins stand out from the crowd!

7. Umbrella

Umbrellas are a common sight during the rainy season as well as the hot summers. They are available in various color patterns some of them are multi-coloured, while the others are uni-coloured. Umbrellas also have various divisions. Some common divisions include 6, 8, 10, and 12. The ones with 10 divisions constitute a decagon. 

Wrapping it up!

Although it may seem rare, decagons have a widely established presence in the real world. They have been significant since ancient times and today, the modern world uses products and gadgets that are shaped decagonally for their functionalities or simply to enhance the aesthetic appeal! 

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 Real-life Examples Of A Decagon appeared first on Number Dyslexia.

Besides acquainting them with real-life examples of trapezoids, leveraging games and activities can work wonders by simplifying the subject matter and making it easy to comprehend its technicalities. Well, if you’re also looking for such creative exercises, then we’ve got your back. In the following section of the blog post, you’ll find a list of trapezoid games and activities that you can save in your creative toolkit to transform the learning environment and help students learn without compromising on the fun factor.

Trapping the excitement: Diving into the world of trapezoid games and activities

Games and activities can bring abstract concepts to life by providing opportunities for hands-on exploration. Educators can supplement the following activities with trapezoid-themed jokes which can captivate the students’ attention and create a lively environment.

1. Trapezoid Hunt

The Trapezoid Hunt activity can be a fun and interactive way for students to explore the concept of trapezoids. In this exciting trapezoid hunt, kids will use their keen observation skills to locate trapezoid-shaped objects hiding around the classroom or outdoors. 

How to play:

• The teacher can hide trapezoid-shaped objects around the classroom or outdoors.
• Ask students to search for them.
• Once they find the trapezoids, ask them to measure the lengths of the parallel and non-parallel sides and calculate the area of each trapezoid.

This activity can help students develop their observation and measurement skills while also reinforcing their knowledge of trapezoids.

2. Trapezoid Art

The Trapezoid Art activity can be a creative and engaging way for students to express themselves while also learning about trapezoids. Get ready to let your creativity soar in this colorful trapezoid art activity. 

How to play: 

• Provide students with a blank canvas or paper and various art supplies such as paint, markers, and colored pencils.
• Encourage them to create their own unique trapezoid-inspired art pieces. For instance, they can make a scene of a city with houses having trapezoid roofs.
• For added fun, have a trapezoid art contest and vote on the most creative and colorful design.

This activity helps gives an opportunity to students to express themselves with vibrant colors and unique designs, and who knows? They might just create the next great trapezoid masterpiece!

3. Trapezoid Building Challenge

The Trapezoid Building Challenge can be an exciting and hands-on way for students to explore the concept of trapezoids while also developing their problem-solving and teamwork skills. In this exciting trapezoid-building challenge, kids will put their engineering and teamwork skills to the test.

How to play: 

• Provide students with the required materials such as blocks, legos, or even cardboard boxes
• Challenge them to build their own trapezoid-shaped structures.
• Students can work in teams or individually to create the tallest, sturdiest, or most creative trapezoid structure.

This activity will encourage students to think outside the box and develop their spatial reasoning and engineering skills.

4. Trapezoid CSI Investigation

This exciting activity challenges students to solve a crime by analyzing evidence that includes shapes. With critical thinking and problem-solving skills at the forefront, your students will put their knowledge of trapezoids to the test and feel like real-life detectives.

How to play:

• Provide students with puzzling questions or riddles in which they need to identify the shape which is a trapezoid
• Give them clues in the form of riddles related to all the shapes. For instance, you can say, “This shape has all the equal four sides” to which students can determine that it can be either a rhombus or a square. Similarly keep giving these clues and let students identify which one is trapezoid.
• Encourage students to use their knowledge of trapezoids to determine the right shape trapezoids by determining and recalling their properties 

This activity will reinforce students’ understanding of trapezoids while also encouraging critical thinking and problem-solving skills. 

5. Trapezoid Puzzle Challenge

In this activity, they’ll have to use their knowledge of trapezoids to solve a unique puzzle. They’ll need to think critically about angles, sides, and parallel lines to correctly fit the pieces together and form a larger trapezoid shape.

How to play:

• To create the trapezoid puzzle pieces, use construction paper or cardboard to cut out different trapezoid shapes. 
• Make sure to create at least two sets of puzzle pieces for each trapezoid to make the challenge more fun. 
• Mix up the pieces from different trapezoids and have students work individually or in teams to put the puzzle pieces together to form a larger trapezoid shape. 
• Encourage students to use their knowledge of trapezoids to correctly fit the pieces together.

6. Trapezoid Origami

Origami isn’t just for making paper cranes! In this activity, students will learn how to fold paper into trapezoid shapes. They’ll be able to experiment with different sizes and angles and create unique designs that showcase their newfound skills.

How to play:

• Begin by demonstrating how to fold a basic trapezoid shape using origami paper. 
• Have your students practice folding the basic shape until they feel confident, and then encourage them to experiment with creating different sizes and angles. 
• Provide them with different colors of origami paper to make their creations more colorful and unique. 

This activity will help students exercise their fine motor skills while also reinforcing creative thinking.

7. Trapezoid Inquiry Project

Do your students ever wonder how math concepts like trapezoids are used in the real world? This activity will give them the chance to find out! 

How to play:

• Have your students choose a field, such as architecture, art, or engineering, and research how trapezoids are used in that field. 
• They can use books, articles, and online resources to find examples of trapezoids in action, as well as any notable figures who have used trapezoids in their work. 
• After researching, have students present their findings to the class, using visual aids if possible, such as posters or PowerPoint presentations.

8. Trapezoid Tiling

Who said math can’t be creative? In this activity, your students will use trapezoid-shaped tiles to create their own unique mosaic or design. They’ll need to think carefully about how to fit the tiles together to make their vision come to life.

How to play:

• Provide your students with trapezoid-shaped tiles, either pre-made or cut out of construction paper or cardboard. 
• Encourage them to experiment with creating a design or mosaic using only trapezoids. 
• They can work individually or in teams, and you can challenge them to make their designs as creative and colorful as possible. 
• Afterward, have students present their designs to the class and discuss how they used trapezoids in their work. 

This activity will help students experiment with shapes and exercise their creative thinking skills all the while having fun with making patterns.

Conclusion

Trapezoids are unique and fascinating quadrilateral shapes that have a variety of properties and mathematical applications. Whether you’re a student looking to master trapezoid calculations or simply someone who enjoys learning about geometric shapes, trapezoid games, and activities offer a fun and engaging way to explore this unique shape.

From online math games to physical building activities, there are many ways to have fun with trapezoids and deepen your understanding of their properties and characteristics. So why not give some trapezoid games and activities a try and see where your love of geometry takes you? Who knows, you may just discover a newfound appreciation for this quirky and unconventional shape!

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 Trapezoid Games And Activities For Beginners appeared first on Number Dyslexia.

Also, knowing and learning about real-life examples adds to the existing theoretical knowledge for kids. This helps them to connect and apply their learnings in the real world, building a strong foundation for advanced concepts. Hence, this blog aims to familiarize you with the real-life applications of rhombus making it easy for little learners to learn, identify, and differentiate it from other shapes.

Shaping the world: Rhombus in real life

1. Signs

You’ve probably noticed those bright yellow diamond-shaped signs on the road, like the yield sign or the caution sign. These signs are designed in the shape of a rhombus. The rhombus shape allows them to stand out and catch our attention easily, ensuring that important traffic messages are quickly recognized and followed for everyone’s safety. 

2. Diamond Jewelry

When you think of elegant jewelry, diamonds often come to mind. Diamonds are precious gemstones that are skillfully cut into the shape of a rhombus, known as the diamond shape. The symmetrical and balanced nature of the rhombus accentuates the diamond’s sparkle and brilliance, making it a popular choice for engagement rings, necklaces, and other exquisite pieces.

3. Baseball Fields

If you’re a fan of baseball, you’ll notice that the playing field is shaped like a diamond. The bases are strategically positioned at the corners of the rhombus-shaped field. The geometry of the rhombus allows for fair gameplay, ensuring equal distances between bases and providing a well-defined playing area for athletes and spectators to enjoy America’s favorite pastime.

4. Tiles and Flooring

Have you ever walked into a room and admired the beautiful tiled flooring? Rhombus-shaped tiles can be creatively arranged to form captivating patterns and designs. Whether it’s in a bathroom, kitchen, or public space, these unique tile shapes add a touch of sophistication and visual interest to the floor, making the space more inviting and aesthetically pleasing.

5. Kites

On sunny, windy days, you might see colorful kites soaring high in the sky. There are different types of kites and rhombus shape kites are one of them. All the sides of these kites are equal and have unequal angles which makes them ideal real-life examples of a rhombus. Please note – All rhombuses can be a kite but all kites can not be a rhombus.

6. Windowpanes

Some windows are not just functional but also feature intricate designs. Stained glass windows, for example, may incorporate rhombus shapes as part of their artistic patterns. The symmetrical arrangement of rhombus-shaped glass pieces adds an elegant and timeless charm to the window, allowing sunlight to create beautiful reflections and a play of colors within the space.

7. Parquet Flooring

Parquet flooring is known for its geometric patterns, and rhombus shapes are often used to create visually stunning designs. The carefully arranged rhombus-shaped wooden pieces form intricate patterns that elevate the overall aesthetics of a room, adding warmth and character to the flooring.

8. Quilts and Patchwork

Quilts, especially those made through patchwork techniques, frequently feature rhombus-shaped fabric pieces. These pieces are sewn together to create a vibrant and cozy blanket. The rhombus shapes contribute to the overall pattern, showcasing the craftsmanship and creativity of the quilt maker.

9. Decorative Wall Patterns

In interior design, rhombus shapes are sometimes used in decorative wall patterns. Whether painted, wallpapered, or achieved through textured materials, the repetition of rhombus shapes adds a visually interesting and dynamic element to a room, transforming plain walls into captivating focal points.

10. Brazil Flag

Every flag has got its own colors, shapes, and symbols representing one or the other crucial and important factor of the country. Brazil too has incorporated a rhombus shape in yellow color in their flag which represented the House of Habsburg of Empress Maria Leopoldina and also symbolizes the mineral resources. It is beautifully placed in the center and adorned with a blue globe in its center which depicts the nightlife and the stars depict the constellations.

Rhombus shapes around the house: A fun way to teach the shape to the little learners

Children’s early education includes teaching them about shapes, and the rhombus form is no exception. Here are five rhombus forms that you might find around the house to teach kids about this geometric shape in a playful and engaging way:

1. Window Grills – Basically diamond shaped, these window grills are very common in our homes. Children can be shown how the rhombus shape is used here. These are used for added security from Windows. These grills look appealing and ensure the smooth passage of air in and out of the room, keeping the room airy and fresh. 
2. Clock – Our home clock comes in a variety of shapes and figures concerning the interior of the room. One of the shapes is a rhombus. The clock has equal sides and opposite sides being parallel to each other. This geometric figure of the clock adds to the aesthetic look of the place and balances the overall design.
3. Tufted Bed Headboard – This is the most common example of rhombus in our homes. We all relax against the spongy bed headboard but haven’t realized it lately. Have a look at it again and observe, this time you must have spotted a rhombus. The tufted feature of these sponge headboards forms a pattern with so many rhombus-like figures. 
4. Cashew Sweets – This is basically an Indian sweet made of cashews. It is given the shape of a rhombus to make it look appealing and mouth-watering to the eyes. This is one of the favorite sweets among kids. Now, next time you have it, observe and embrace the rhombus shape you’re going to have.
5. DIY Mirror Mosaic Tiles Craft – We all have it and use it in our craft work in one way or the other. Not only in craft but it can also be seen in the jewelry and embroidery of traditional wears. For both craft and embroidery, the mirrors come in a variety of shapes and the rhombus is one of them. It is a versatile shape that can be used in a number of ways and designs making them look beautiful and attractive.

Besides these common objects, there are many other objects that incorporate the rhombus shape. For instance, Demonstrate to the kids how they can spot a rhombus in their favorite waffles and the loaf of bread when viewed diagonally. This will excite them and encourage them to learn more about it. Ask them to explore and observe their surroundings and embrace the use of these geometric figures in their daily life.

Conclusion

The rhombus form is a flexible and distinctive geometric shape that appears in many different facets of our everyday life. The rhombus form offers a contemporary and fashionable touch to any object or environment, from architectural designs to jewelry, purses, and home decor. With rhombus-shaped tiles, windows, doormats, wallpaper, and carpets all throughout the house, it’s also a great shape for teaching kids about mathematics. Besides real-life examples, educators can also employ rhombus activities to acquaint students with this unique shape. The rhombus form is a preferred option for customers and designers alike, whether they’re searching for a functional or aesthetically pleasing design.

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 Real-Life Examples Of A Rhombus appeared first on Number Dyslexia.

While several geometrical figures shape the world we live in, hexagons hold a special place. But why focus on hexagons? You may wonder. It’s because there are many remarkable ways in which hexagons manifest around us. Study closely, and you’ll find how this six-sided figure beautifies nature and human creations. So, without any delay, let’s explore some of the most intriguing hexagonal wonders in real life. 

Hexagons: Types and properties 

Before diving into the examples, let’s first learn about the shape we’re talking about. So basically, a hexagon is a two-dimensional polygon with six sides, six angles, and six vertices. A hexagon is always a closed figure with no open end. It has multiple types, such as regular, irregular, convex, concave, and complex.

To remain within the scope of this write-up, we’re going to talk about the “regular hexagon,” a type that can be easily identified and is commonly found around us. Some of the unique properties of a regular hexagon are:

• It is a plane figure
• It is a closed shape
• It has six straight and equal sides
• All opposite sides are parallel to one another
• Each interior angle measures 120 degrees
• The total of all interior angles is 720 degrees
• It has six lines of symmetry and six rotational symmetries

What makes hexagons so special?

The hexagon shape is special because, surprisingly, it is one of nature’s most preferred shapes. As you go through the examples we share today, you will realize that hexagons hold a special place in nature, and that’s probably why they appear so frequently in many ways in our surroundings.

Well, it’s not just because a hexagon looks nice and symmetrical, so nature seems to prefer it. In fact, it’s more about its geometrical characteristics. It is a perfect shape to fill a plane, leaving no unused spaces in between. This means no space goes to waste when hexagonal items are packed up together. Furthermore, the hexagon has a large internal surface area and is mechanically stable because stress gets evenly distributed across its structure. The six corners contribute to the structure’s rigidity and help achieve equilibrium. 

Hexagonal wonders: Interesting real-life examples of hexagons 

I. Naturally-Occurring Hexagons

1. Honeycomb

The classic example of hexagons in nature is a honeycomb. There’s a reason why bees favor this structure to build their honeycombs. You may think bees are not intelligent creatures. But think again! Their impeccable work in building honeycombs proves otherwise. Bees prefer the hexagonal structure because these structures have the least separating wall, meaning bees have to put in less labor, and less beeswax is needed. Considering the number of honeycombs bees make to store honey and raise their young ones, a hexagonal structure is an appropriate choice. 

2. Basalt columns

If you ever get a chance,  don’t skip visiting the Devil’s Postpile National Monument in California. The most striking thing you will observe is that there are numerous basalt columns in the shape of hexagons. How these hexagonal-shaped columns came into existence is worth a read. When lava flows out, it eventually starts to cool and shrink. The shrinking increases the surface tension, which is released by the formation of cracks at an angle of 120 degrees, which supposedly releases the most tension. Hence, the formation of basalt columns.

3. Snowflakes

A snowflake is yet another example of the hexagonal shape existing in nature. Although snowflakes acquire many forms, the crystalline structure of a snowflake resembling a hexagon with six sides and six-fold symmetry is the most common. This amazing natural wonder forms when water freezes mid-air before falling to the ground. As it falls toward the ground, the basic hexagonal structure is exposed to moisture and temperature conditions, expanding the symmetrical structure into larger hexagonal crystals.

4. Saturn’s hexagon

One of the most intriguing hexagons of this universe can be found at Saturn’s north pole. The hexagon is a cloud pattern with sides about 9,000 miles long. It is formed when smaller storms and the larger system interact, resulting in the pinching of the eastern jet stream and confining it near the north pole. This entire process gives rise to a hexagonal appearance. 

5. Dragonfly’s eyes

Have you ever noticed a dragonfly’s eyes? These flying insects have two compound eyes comprising nearly 30,000 regular hexagons. The only rule they follow is that at any vertex, only three hexagonal structures meet each other. While you may not see this hexagonal wonder with the naked eye, it is clearly visible in a macro image of a dragonfly’s eyes. 

II. Man-made Hexagons

1. Floor tiles

Floor tiles come in different shapes and designs, and hexagonal tiles are one among them. Tiles with a hexagonal shape look sharp and trendy. These are popularly used as flooring, in the bathroom, or even as kitchen backsplash. Hexagonal tiles may look delicate, but they are, in fact, very durable, perfect for renovating or designing a section of your home.

2. Nuts

Ask your dad to show you his toolbox. You will find a couple of nuts and bolts lying around. Nuts are used for fastening screws and bolts. Hex nuts or hexagonal nuts are predominantly used because they are easy to hold, use, and turn. Because it has six sides, one can turn it one-sixth of the way in a single twist. The shape also allows for easy grip with fingers and a wrench. 

3. Pencil base

A pencil also has a hexagonal shape. Take a look at an unsharpened pencil, and you will clearly see the six-sided shape we’re discussing. Pencils are constructed in this geometrical shape because of a few reasons. First, it’s easier to pack a stack of hexagonal pencils together in a box, and second, it allows for a better grip on a pencil while writing. 

4. Soccer ball pattern

A soccer ball has not just one but two geometrical shapes in it – pentagons and hexagons. There are twelve black pentagons and twenty white hexagons in one soccer ball! These two shapes together give a soccer ball its unique appearance. Wondering why only these shapes? The reason is that these two shapes fit together like a puzzle and provide a flawless spherical shape to the ball. 

5. Architectural designs

Traditionally, hexagons symbolize harmony and balance. Architects often use hexagons to design beautiful and intricate structures. Some of our favorite hexagonal architectural designs include the New York Supreme Court building, the Berlin-Tegel Airport, and the Museum of Jewish History in Manhattan. 

Wrapping up,

As this post comes to an end, we hope your curious minds are buzzing with newfound knowledge. Hexagons do not just hold a place in objects; they are now used in concepts like hexagonal thinking with a wide range of applications, including math class. 

The real-life examples of hexagons clearly show how nature and geometry beautifully intertwine in the most unexpected ways. So, don’t just limit yourself to textbook learning. Take some time to observe the world and its details. You will soon discover several other ways in which hexagons show their presence in the world we inhabit. Keep your eyes open and your willingness to learn alive. There’s so much to absorb and explore. One hexagon at a time!

Priyanka Sonkushre

I am Priyanka Sonkushre, a writer and blogger. I am the person behind “One Loving Mama,” a mom blog. Equipped with a Bachelor’s degree along with an MBA, my healthcare background helps me deeply understand learning difficulties. I know how challenging it can be for parents to find the right resources to help their children excel in life. So, here I am to blend my healthcare expertise with my parenting experience to create valuable and helpful resources for parents and teachers supporting children with learning differences. If you wish, you can follow me on Facebook and LinkedIn.

onelovingmama.com

The post 10 Real-Life Examples of Hexagon appeared first on Number Dyslexia.

Imagine tracing the enchanting contours of a kite with your trusty pencils and crayons. You’ll become master artists, creating colorful kites that will bring joy to your hearts. But the fun doesn’t stop there! We have a thrilling kite hunt planned for you, where hidden cut-out kites will challenge your keen eyes and clever instincts. Can you find them all and become the ultimate kite hunter?

Ah, puzzles! They hold the secret to unlocking hidden wonders. Prepare to solve kite puzzles, piecing together scattered fragments until the perfect kite shape emerges. Will you be the first to conquer the puzzle challenge and reveal the complete kite?

So, my dear adventurers, let’s spread our wings and embark on this wondrous journey of kite-shaped exploration together. The sky is calling, and the kite shape awaits your discovery!

Discovering the marvelous kite shape: Engaging activities for preschoolers

Kite is a real life quadrilateral and thus knowing its shape, how to identify and reconstruct it, is an important learning for preschoolers. 

1. Paper Kite Making:

Did you know that making your own kite can be as easy as folding a piece of paper? Today, we’re going to show you how to make a simple kite using just paper, string, and sticks. Once we’ve made our kites, we’ll decorate them with our favorite art supplies and take them outside to see them soar in the wind!

Making a kite with paper, string, and sticks is a fun and easy activity for children of all ages. To make a simple kite, you will need a rectangular piece of paper, two sticks (popsicle sticks or thin wooden dowels work well), and some string. First, lay the paper flat and fold it in half lengthwise. Unfold the paper and place one of the sticks along the crease. Fold the paper over the stick and glue it in place. Repeat this step with the other stick, placing it along the opposite side of the crease. Tie a piece of string to each end of the kite frame (the sticks). Tie the other ends of the strings together, leaving a long tail of string hanging down. Finally, let the children decorate their kites with crayons, markers, stickers, or any other art supplies you have available. Take the kites outside on a windy day and watch them soar in the wind.

2. Kite Coloring:

Who here loves to color? Today, we’re going to have so much fun coloring some beautiful kite designs! Kites come in all shapes and sizes, and we can make them look any way we want. We’ll use our favorite colors and get creative with our designs. When we’re finished, we’ll have our own unique kites to display

Coloring is a great way for preschoolers to express their creativity and improve their hand-eye coordination. Print out different kite coloring pages or kite shapes on paper and provide crayons or markers for the preschoolers to color with. Encourage them to use their favorite colors and get creative with their designs. Once they’re finished, you could display their artwork on a bulletin board or wall.

3. Kite Matching Game:

Are you ready to play a fun and educational game? We’re going to learn about different types of kites and match them with their names or descriptions. Kites come in many different shapes, sizes, and colors, and they are flown all around the world. This game will help us learn about the different types of kites and where they come from. Are you up for the challenge?

Being a creativity activity, this is a fun and educational way for preschoolers to learn about different types of kites and their names. Print out pictures of various kites and their descriptions or names. You could also make it a memory game by printing out two sets of pictures and having the preschoolers match them. As they match the kites, you could discuss the different shapes, sizes, and colors of kites, and talk about where they are flown.

4. Kite Shape Sorting:

Today, we’re going to sort some kite shapes! We have kites of all different colors and sizes, and we need your help to put them into groups. Kites come in many different shapes, such as diamonds, triangles, and rectangles. By sorting these kite shapes, we’ll learn about shapes and colors and practice our counting skills. Let’s see how many different shapes we can find!

Being a one of its own kind sorting game, Kite shape sorting is a simple and fun way for preschoolers to learn about shapes and colors. Cut out kite shapes in different colors and sizes, and have the preschoolers sort them by color, size, or shape. You could also have them count the kites or group them by patterns. This activity is a great way to reinforce basic math skills and develop their cognitive abilities.

5. Kite Snack Making:

Who’s hungry? Today, we’re going to make a tasty and healthy snack that looks like a kite! Kites are flown all around the world and come in many different shapes and colors. We’ll use delicious fruits such as strawberries or kiwi, to create a kite shape and add a pretzel stick for the tail. By making this kite snack, we’ll learn about healthy food choices and the benefits of eating a balanced diet. Let’s see who can make the most creative kite snack!

Making a kite snack is a fun and interactive way to teach preschoolers about healthy food choices while engaging their creativity. Using sliced fruit, such as strawberries or kiwi, create a kite shape and add a pretzel stick for the tail. Encourage the preschoolers to assemble their own kites and enjoy their tasty creations. This activity will help them understand the importance of healthy eating habits and the benefits of eating a balanced diet.

6. Kite Tracing:

Today, we are going to have some fun with kites! Who here knows what a kite looks like? Well, we have some special kite-shaped templates for you. You get to trace them onto paper and create your very own kites! Let’s use our pencils or crayons to trace the kite shape. Pay attention to the four sides and two pairs of adjacent sides.

• Provide each child with a kite-shaped template or stencil and a piece of paper.
• Encourage them to place the template on the paper and hold it in place.
• Using pencils or crayons, instruct them to carefully trace the shape of the kite.
• Once they finish tracing, let them color and decorate their kite shapes as they like.
• After they are done, gather the children together to discuss the attributes of the kite shape, such as the four sides and two pairs of adjacent sides.

7. Kite Hunt:

Are you ready for a kite adventure? We have hidden some special kites all around the classroom or outdoor play area, and it’s your job to find them! Keep your eyes open and try to spot those kite shapes. Once you find a kite, bring it back to the designated spot. Let’s see who can find the most kites!

• Before the activity, cut out several kite shapes from colored paper and hide them around the designated area.
• Explain to the children that their task is to search for the hidden kites and bring them back to a designated spot.
• Encourage the children to explore the area, looking for kite shapes.
• As they find the kites, have them return to the designated spot and discuss the attributes of the kite shape together.

8. Kite Puzzles:

Today, we have a puzzle challenge for you! We’ve cut out some kite shapes into puzzle pieces. Your mission is to put the pieces back together and reconstruct the kite. Can you solve the kite puzzles? Let’s give it a try!

• Prepare kite puzzles by cutting out kite shapes from cardstock or construction paper and then cutting each kite into two or more pieces just like diy number puzzles
• Mix up the puzzle pieces and give each child a set of pieces.
• Instruct the children to reconstruct the kite by putting the puzzle pieces back together.
• Encourage them to work individually or in pairs to solve the puzzles.
• Once they have completed their kite puzzles, discuss the kite shape and ask them to describe the attributes of the shape.

Today, we’re going to create a colorful kite graph! Each of you will have some special kite-shaped stickers or cut-outs in different colors. We’re going to place these kites on a big grid and create a graph based on their colors. Are you ready to make a colorful kite graph?

• Set up a large grid on a whiteboard or poster paper, labeling the axes if desired.
• Give each child small kite-shaped stickers or cut-outs in different colors.
• Instruct the children to place the kites on the grid, arranging them based on their colors making it one of the fun pictograph activities
• Encourage them to create a graph by color-coding the kites.
• Once they have finished, discuss the kite graph together, pointing out the different colors and their positions on the grid.

9. Kite Relay:

It’s time for a thrilling kite relay race! We have some kite-shaped objects placed at one end, and your mission is to run, pick up the kites, and place them in a basket at the other end. This activity will not only help us recognize the shape of a kite but also get our bodies moving and have some fun! Are you ready to soar through the Kite Relay?

• Set up a start line and a designated spot at the other end of the playing area where the basket will be placed.
• Place several kite-shaped objects, such as cut-outs or inflatable kites, at the starting line.
• Divide the children into teams, with an equal number of participants on each team.
• Explain the rules: Each team member will take turns running from the starting line to the kite-shaped objects, picking them up, and bringing them back to the basket at the other end. They should try to pick up one kite at a time and be careful not to drop them.
• The next team member in line can start running only after the previous teammate has returned and placed the kite in the basket.
• The relay continues until all the kites have been collected and placed in the basket.
• The team that finishes first with all the kites in their basket is the winner.
• After the relay, gather the children together to discuss the kite shape, emphasizing the attributes of the shape and congratulating the teams on their effort and teamwork.

Five real-life examples of kite-shaped objects

World is filled with several shapes and figures. Following are the various objects that resemble the kite shaped quadrilateral of the maths world in real life. 

• Kaju Katli: This is a popular Indian sweet that is made from cashew nuts and sugar. It is typically diamond-shaped, with a flat surface and slightly tapered edges that resemble a kite.
• Diamond engagement ring: Many engagement rings feature a kite-shaped diamond, which is also known as a “kite diamond.” The kite shape is a modified version of the traditional diamond shape, with one corner elongated to form a point.
• Kite shield: This was a type of shield used by knights in medieval times. The kite shield was named for its kite-like shape, which was wide at the top and tapered down to a point at the bottom. It provided excellent protection for the knight’s legs and feet.
• Kite-patterned clothing: Some clothing items feature a kite-shaped pattern, such as a blouse with a diamond print. The diamond shape is often associated with elegance and sophistication, and can add a touch of glamour to any outfit.
• Kite-shaped window: Some architectural designs feature kite-shaped windows, such as the kite-shaped stained glass windows in the Notre Dame Cathedral. The kite shape allows for more natural light to enter the building while also adding a unique design element.

Conclusion

What an exciting adventure we’ve had with kites! We’ve learned so much about these flying wonders and explored their shapes, colors, and sizes. Through our kite activities, we’ve practiced our creativity, matching skills, and even conducted a cool science experiment. We hope that you enjoyed learning about kites and had fun with these activities.

Don’t forget, you can keep the fun going and continue exploring the world of kites with your family and friends. Take your homemade kites out for a spin and watch them dance in the sky. And next time you see a kite soaring in the breeze, you can impress your friends and family with all your new knowledge.

Thanks for joining us on this kite-tastic adventure. Keep on soaring!

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 9 Fun Kite Activities For Preschoolers appeared first on Number Dyslexia.

Geometry and geometric figures have various real-life examples. Similarly, from scientific research to military surveillance, kites have been used throughout history for a variety of purposes, showcasing their versatility and utility as a tool. In this discussion, we will explore some of the most impressive and fascinating real-life examples and applications of kites, highlighting how these simple yet effective devices have shaped our world.

Rising high: Exploring real-life examples of the kite shape

1. Kites

Kites are a classic example of the kite shape. They typically have two pairs of equal sides and one pair of unequal sides, creating the familiar diamond shape. Kites are often flown on windy days for recreation and fun and can be found in a variety of colors, shapes, and sizes.

2. Diamond Rings

Many diamond rings incorporate the kite shape as part of their design. This can be seen in the shape of the setting or the band, adding a unique and modern touch to the ring. Kite-shaped diamonds can also be used as a centerpiece in the ring, creating a stunning and eye-catching piece of jewelry.

3.  Earrings

Kite-shaped earrings are a popular jewelry design. They can be found in many different styles, including stud and drop earrings, and are a unique and trendy way to accessorize any outfit. Kite-shaped earrings can be made from a variety of materials, such as metals, stones, and gems.

4. Stained Glass Windows

The kite shape is often used in stained glass window designs, creating beautiful and intricate patterns that are brought to life when the light shines through. Stained glass windows can be found in many buildings, such as churches and museums, and can add a sense of beauty and wonder to the space.

5. Windowpanes

The kite shape can also be found in some windowpane designs, adding a modern and unique look to the architecture of a building. Kite-shaped windowpanes can be made from a variety of materials, such as glass, wood, or metal, and can be used in both residential and commercial buildings.

6. Kite-shaped paper clips

They are a type of paper clip that is designed to resemble the shape of a kite. They are typically made of metal wire and have two loops at the top, which can be used to hold sheets of paper together. They are popular among people who want to add a little bit of fun and personality to their office supplies.

7. Party Decorations

Kite-shaped decorations are a playful and whimsical addition to any party decor. They can be found in a variety of colors and materials, adding a fun touch to the festivities. Kite-shaped decorations can be hung from the ceiling or placed on tables, adding a festive touch to any occasion.

8. Yoga Posture

The Kite posture in yoga involves standing on one foot with the other leg lifted and extended behind the body, creating a kite shape with the body. This posture can help improve balance, strength, and flexibility. The kite shape of the body in this posture can also help improve posture and alignment.

The Relationship between rhombuses and kites: Understanding the similarities and differences.

The relationship between rhombuses and kites is an important concept in geometry. It is often stated that all rhombuses are kites, but all kites are not rhombuses. This means that there is a certain degree of similarity between these two types of quadrilaterals, but they also have distinct features that set them apart.

Understanding the characteristics and differences between rhombuses and kites is essential to solving geometry problems and making accurate measurements. Furthermore, many geometry activities can also help with the understanding of the same. In this context, it is important to explore the features and conditions that make this conclusion true.

Rhombuses and kites: Features, differences, and conditions

Features of Rhombuses:

• A rhombus is a quadrilateral with four equal sides.
• The opposite angles of a rhombus are equal.
• The diagonals of a rhombus intersect at right angles.
• A rhombus has two pairs of parallel sides.

Features of Kites:

• A kite is a quadrilateral with two pairs of equal adjacent sides.
• The two non-adjacent angles of a kite are equal.
• The diagonals of a kite intersect at right angles.
• A kite has one pair of parallel sides.

Therefore, while all rhombuses are kites, not all kites have the additional properties necessary to be classified as rhombuses. 

Let’s soar high: Effective strategies for teaching about the kite shape

Kites are a fascinating and fun subject to teach in geometry class. However, some students may struggle to understand the concept of the kite shape, which can be a challenging shape to grasp. To make it easier for your students to learn about this shape, it is important to use effective teaching strategies that cater to different learning styles.

1. Real-world examples: From cubes to cylinders to even squares, every shape has some or other real-life example. Hence, start by showing real-world examples of kites. Bring in a few different types of kites, or show pictures of kites in different shapes and sizes. Ask students to identify the common features of kites, such as the two pairs of congruent sides and the diagonals that intersect at right angles.

2. Hands-on activities: Provide students with materials to construct their own kites. You could use paper, string, sticks, or you could use pre-made kite kits. As they construct their kites, encourage them to pay attention to the shape and angles of the kite.

3. Geometry software: Use geometry software such as Geogebra or Desmos to demonstrate how the kite shape can be constructed and manipulated. This can be particularly useful for showing how the diagonals of a kite bisect each other, and for exploring the properties of quadrilaterals in general.

4. Collaborative problem-solving: Give students a problem that involves kites, such as finding the area or perimeter of a kite with specific measurements. Collaborative learning encourages them to work in pairs or small groups to solve the problem and to explain their reasoning to each other.

5. Visual aids: Use visual aids such as posters or diagrams to help students visualize the properties of kites. For example, you could create a poster that shows the angles and sides of a kite, or a diagram that shows how the diagonals of a kite intersect at right angles. These aids can help students better understand the geometry of kites and how they relate to other shapes.

Summing up

In conclusion, kites are not just a fun toy to play with, but they have real-life applications and examples that can be seen all around us. From the kite-shaped wings of airplanes to the kite-like shape of a diamond, the kite shape is a versatile and important geometric shape. It can also be seen in the design of wind turbines and other structures that rely on aerodynamics.

Moreover, the cultural significance of kites in different parts of the world further highlights their importance. As educators, we can use kites to teach students about geometry, physics, culture, and creativity. By incorporating kite-related activities into the curriculum, we can help students understand the practical applications of geometric shapes and inspire them to explore the world around them. Furthermore, these can also be clubbed with some geometry quotes to make the class and the interaction between students and teachers even more interesting. 

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 Real-life Examples Of The Kite Shape appeared first on Number Dyslexia.

From the boxes we use to transport our belongings to the appliances and furniture in our homes, cuboids are a common shape that we come across every day. Cuboids are everywhere, and we’re going to show you just how versatile and useful they can be.

In this blog post, we’ll dive deeper into the world of cuboids and explore some real-life examples of how they are used in our daily lives. 

Cuboid examples in real-life around you

These are just a few examples of cuboids that we encounter in our everyday lives. Just like squares, rectangles, and even hyperbolas, cuboids, too, can be found in many other objects of your house in rooms and kitchen. Some examples are:

1. Bricks 

Bricks are a classic example of a cuboid in the real world. These small rectangular blocks are used in the building construction of your home and are characterized by their length, width, and height. They are typically long and narrow, with a flat top and bottom and two raised sides.

 These three dimensions are all different, making a brick a perfect example of a cuboid. Its shape is ideal for construction because it allows for easy stacking and interlocking, making it strong and durable for building structures.

2. Package Boxes 

The package boxes you receive while online shopping also come in cuboids. Just like a cuboid has six rectangular faces, package boxes have six sides that are all different. The top and bottom serve as the length and width, while the sides act as the height. Package boxes are made of cardboard or other material and are used to protect and transport items in the shape of a cuboid. The cuboid shape of a package box is beneficial for its function as it allows for efficient stacking and storage. The rectangular shape also allows for easy sealing and opening, ensuring that the contents inside are protected during transportation.

3. Refrigerator

A cuboid in real life in your kitchen is just like a refrigerator. It has a distinctively streamlined, rectangular design and is made up of various sections, each with different sizes.

It typically has a compartment for storing perishable items. The compartment is in the shape of a 3D cuboid also. The refrigerator is a prime example of a cuboid shape in real life. It has a sleek and streamlined rectangular design, with various sections of different sizes. The compartment for storing perishable items is also in the shape of a 3D cuboid, allowing for efficient use of space and organization.

4. Shoebox

Another example of a cuboid is a shoebox. Shoeboxes are usually made of cardboard and have a rectangular shape. The length, width, and height of a shoebox are all different, making it a cuboid with opposite side equals. Its cuboid shape is relatively simple to produce and uses less material than more complex shapes, and it is a simple and efficient design that makes effective use of space.

5. Fish Aquarium

If you notice a fish aquarium, you may find it in all shapes, such as cuboid. The fish aquarium has a glass or acrylic container that is used to keep fish. Its glasses are usually rectangular on either side, making it a real transparent 3D cuboid to see each corner of it. Fish Aquariums are typically cylindrical or rectangular. This shape allows for a larger viewing area while taking up less floor space. A square aquarium would not provide as much viewing area.

6. Building blocks

Building blocks are great examples of cuboids. The kids use blocks of various sizes and shapes but especially in cuboid shapes with 3d rectangular bodies that can be thought of as a rectangular prism with all edges at right angles. The three dimensions of a cuboid are length, width, and height. An example of a cuboid building block would be a wooden block used in construction or a toy building block.

7. Suitcase

A suitcase is a rectangular container with a handle and a latch that is used for carrying clothes and other personal belongings. A suitcase has characteristics of a cuboid shape, with a rectangular base and six rectangular faces on its sides. Because it is made to be readily stacked and to maximize space economy, a suitcase has a cuboid shape. The most effective use of space is made possible by the rectangular design, which is nonetheless easily transportable.

8.  Drawer

A drawer is typically a rectangular container that slides in and out of a piece of furniture. Drawers in your room also make the right 3d example of the cuboid. The rectangle shape and space inside it, when close, make it a cuboid space. Also, due to the cuboid design’s ability to maximize space and facilitate simple opening and shutting, drawers are often this shape.

9. Television

Television is a great example of a cuboid shape. Most modern televisions have a rectangular base and six rectangular faces. The front of the television is a large rectangular screen, while the sides and back of the television are also made up of rectangular faces. The edges of the television are typically sharp and straight, giving it a cuboid shape.TV has a cuboid shape since it is the most effective and useful shape for it to see. The rectangular design allows for larger screens while still fitting into any corner of most living spaces. Furthermore, the cuboid shape facilitates the integration of electronics and television components.

10. Microwave

A microwave is also a cuboid example of a kitchen appliance used for cooking and heating food. It is characterized as a cuboid-shaped container with a rectangular front face, rear, and four sides within. It is easy to fit any shape utensil in a cuboidal shape microwave as well as microwave comfortably fits in a kitchen space.

Can cubes be considered cuboids too?

Essentially, any object that has a rectangular shape and three dimensions could be considered a cuboid.

The  “cuboid” refers to any three-dimensional shape with two equal opposite sides (rectangles) and right angles. A cube is just one specific type of cuboid that has the additional property of having all of its faces be squares and all of its edges be the same length and right angle.

In other words, all cubes are cuboids, but not all cuboids are cubes.

Conclusion

We understand cuboids are a common shape in everyday objects that we use and encounter. From shoeboxes and cereal boxes to dice and building bricks, cuboids can be found in a variety of forms. Understanding the shape of cuboids can also help us to recognize and appreciate the design and functionality of these objects. Furthermore, being aware of cuboids in our daily lives can also inspire us to explore and discover other shapes and forms and improve one’s spatial awareness and geometry. 

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 Examples Of Cuboid Around Us appeared first on Number Dyslexia.

Even a five-minute session of an online game is sufficient to give them practice through a different medium. Are you, too, looking for free games your child or students can play online? If yes, go through this write-up until the end as we share a few simple online games to help kids learn and identify 2D and 3D shapes commonly found around us. 

Free online games to teach shapes to young learners

1. 2D Shapes Carroll Diagrams

Suitable for kids falling in the age group of 6-11 years old, this game requires players to sort 2D shapes on a Carroll diagram. The diagram has four sections, and each is marked with a specific attribute. As shapes appear on the left panel, players must sort them into respective sections to complete the task successfully. The game comprises four levels, and each level tests the players understanding of different shapes when presented in varied sizes, colors, and positionings. Let your kid try out this game to tickle their mind in a fun and challenging way.

2. Shapes Monsters

Here is a simple yet fun interactive game for 2-5 years old. It helps kids learn and identify basic shapes such as squares, rectangles, circles, and triangles. The interface showcases four monsters having bodies in the said shapes. When the screen displays a shape, the player must identify and feed it to the monster with the same body shape. If the player gets it right, the monster eats up the shape and repeats the shape name to reinforce understanding. It is a great game for small children as it covers both aspects of learning shapes, i.e., visual identification and naming. 

3. Shapes Construction

The game represents a construction site where a cat and a dog are busy working. As the game begins, players must solve a shape puzzle that appears on the screen. Different shapes to fit in the puzzle are displayed at the bottom, which players must select and drag and drop to the correct place on the puzzle. The game gets more challenging at every level. The last level also touches on the concepts of symmetry. As the game has exciting visuals and relevant sound effects similar to a construction site, it successfully combines learning and entertainment. 

4. Shapes!

Here is another interesting game that is divided into two levels. Players must listen to the audio and find the shape in the picture. All shapes are strategically placed in the image. Kids must take their time to find where a particular shape is positioned and click on it before moving on to the next prompt. A scoreboard in the lower left-hand corner displays how many shapes the player got right. To listen to the prompt again, players can click on the “Ear” button, which then repeats the name of the shape to be identified one more time. 

5. 3D Shapes

As the name suggests, 3D Shapes is a game that helps kids learn and identify 3D shapes. Three floating logs carry different shapes toward the grey bunny. A voice prompt tells the player which shape they must locate. To make their choice, the player must click on the 3D shape they think is correct. The bunny then jumps and lands on it if the answer is correct or falls into the water if incorrect. In addition to voice prompts, players must also solve riddles to identify the shape it is talking about and then select the answer by making the bunny jump on it. 

6. Shapes Vocabulary

This game is based on the concept of matching shape names to their respective shapes. The idea is to strengthen the “shapes” vocabulary in little kids. A total of ten shape names are present on the top of the screen. Kids can press the sound icon to hear the shape name and then click on one of the shapes given below that they think resembles the name. When the player matches all the words to the pictures, clicking on the finish button reveals the final score. There is also an option called “show answers” if the player wants to know the correct answers. 

7. Shapes Matching Game

Preschoolers and kindergarteners love matching activities. This fun matching game is designed to give students a good round of practice in matching shapes. The game is divided into six levels. Players must match geometric shapes to their corresponding shadows in the first five levels. However, in the sixth level, they must sort the shapes into respective columns marked as triangle, square, rectangle, and circle. Besides enhancing matching skills, the game also improves motor skills in children. The eye-catching animations and soothing background music make for an enjoyable experience for kids.

8. Shape Invasion

This tricky game is best for kindergarten students until grade 3. It challenges players to rearrange shapes in a line so that they follow the same line-up pattern as shown in the shapes falling from above. Players can easily swap positions of two shapes by clicking on them one after the other. Each player gets five chances, and the one who successfully manages to line up shapes perfectly in every round wins the game. The game may seem simple, but it is not, as it requires the player to think quickly and act fast to increase the chances of winning.

9. 2D and 3D Shapes Recognition

Matheasily has designed this simple yet effective game to learn shapes and practice shape recognition. The game is divided into two subsets. One entails 2D shapes, whereas the other one covers 3D shapes. As soon as a player taps the “new game” button, they can hear a shape’s name, which they must identify out of the three options displayed on the screen. If the shape selected is wrong, they receive a prompt to give it another try until they find the right one. The 3D shapes game also follows the same format covering shapes like cylinders, cubes, and spheres. 

10. Monster Mansion Shapes Match

Monster Mansion is different from other games as it can be played as a memory game or by keeping the pictures revealed. Kids can also select if they wish to match words to pictures or pictures to pictures. Once the game starts, the player must match the object to its similar shape. Each window has a friendly monster who reveals the objects and the shapes. If the player matches the shapes and objects perfectly, the game moves to the next level with new shapes and objects. The best part of this game is that it covers twenty different shapes in one game. 

Wrapping up,

Shapes are an essential component of the preschool and kindergarten math curriculum. It is vital for little learners to spend a considerable amount of time refining their knowledge of shapes. The reason is – identifying shapes in mind is one thing, whereas naming them correctly is another. Therefore, beginning with basic geometric shapes like squares, rectangles, and circles, and later moving on to complex ones such as hearts, arrows, and star is the way to go. The online games we have suggested above are perfect for challenging little minds and developing problem-solving attitude. Which of the above games do you think your kid or students would love to try?

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 Online Games To Learn Shapes appeared first on Number Dyslexia.

From the microscopic world of atoms to the grandeur of galaxies, spheres can be found everywhere. Atoms are made up of protons and neutrons, which are themselves spheres. The electrons that orbit atoms are also spherical in shape. In the world of astronomy, stars and planets are also spheres. The Earth, for example, is an oblate spheroid, meaning it is slightly flattened at the poles and bulging at the equator.

Providing real-life examples of spheres can help children understand the concept of a sphere in several ways. Firstly, it allows them to see and interact with objects that are shaped like a sphere, which can help them visualize and understand the concept more concretely. In addition, real-life examples can provide children with opportunities to observe and explore the properties of spheres. Overall, using real-life examples of spheres can help children learn about this concept in a more engaging and meaningful way. 

Rolling into the real world: How spheres shape our everyday experience 

From squares to right-angle triangles, all shapes and mathematical concepts have some or other practical uses and real-life examples. Furthermore, real-life examples make the concept more relatable and meaningful to children. When children see spheres being used in familiar contexts, like in sports or in their own homes, it helps them understand that spheres are not just abstract mathematical concepts, but something that exists in the real world and has practical applications. 

1. Bouncy ball

A bouncy ball is a small, round ball made of rubber that is used for play. The rubber material allows it to be compressed and then quickly bounce back to its original shape when dropped or thrown. Its spherical shape is perfectly round, with no flat surfaces or edges. This spherical shape is what allows it to bounce in a predictable way, making it a fun and interactive toy for children and adults.

2. Earth

The Earth is a sphere because it is round and has a nearly uniform surface. Its spherical shape allows it to rotate on its axis and orbit the sun, which affects its gravitational pull and creates the phenomenon of tides. The Earth’s spherical shape also creates a balanced distribution of weight, helping to keep it stable. Additionally, the Earth’s spherical shape has a significant impact on the weather and climate patterns.

3. Orange

Orange is a round, citrus fruit that is shaped like a sphere. The spherical shape of an orange allows it to roll, which makes it easy to move around and fit into containers or bags. Oranges are often associated with the sun and warmth and are used as symbols of happiness. The orange color of the fruit is also associated with warmth and energy. 

4. Christmas bulbs

Christmas ornaments come in many different shapes and sizes, and spherical ornaments are a popular choice. Spherical ornaments are symmetrical and catch the light in a pleasing way, which makes them stand out on a Christmas tree. They can also be made with intricate designs and patterns, adding to their visual appeal. 

5. Marble

A marble is a small, round object made of glass or stone that is used for play. The spherical shape of marble allows it to be rolled, bounced, or used in games. The symmetry and uniformity of a marble’s spherical shape make it a classic toy that has been enjoyed by children for generations. 

6. Glass paperweight

A glass paperweight is a small, round object that is used to hold papers in place. It is made of glass and is a sphere because it is perfectly round and has no flat surfaces or edges. Glass paperweights can be decorative and often feature intricate designs or patterns that make them stand out.

7.  The human eye

The human eye is a sphere that is approximately 24 millimeters (0.94 inches) in diameter. It is an organ that is responsible for detecting light and translating it into electrical signals that can be interpreted by the brain. The spherical shape of the eye allows for a wide field of view and the ability to focus on objects at different distances.

8. A geodesic dome

A geodesic dome is a structure that is made up of a network of interconnected triangles that form a roughly spherical shape. This design is strong and efficient, making it a popular choice for architecture, engineering, and even greenhouses. The spherical shape of a geodesic dome allows for a large amount of interior space while using minimal materials.

9. A soap bubble

A soap bubble is a thin film of soapy water that is filled with air and forms a sphere when blown through a circular loop or wand. The spherical shape of a soap bubble is due to the fact that it is a surface of minimal area for a given volume. When air is blown into the soapy water, it creates a thin film that stretches outwards in all directions, and the spherical shape is the result of this stretching.

The surface tension of the soapy water, along with the pressure of the air inside the bubble, helps to keep the bubble spherical. However, soap bubbles are fragile and will burst when they come into contact with a solid object or when the film becomes too thin.

10. A pearl

It is a hard, spherical object that is formed inside the shell of a mollusk, such as an oyster or a mussel. The process of pearl formation is known as pearl nucleation. It starts when a foreign object, such as a grain of sand, enters the mollusk’s shell and irritates the soft tissue inside. In response to this irritation, the mollusk begins to secrete a substance called nacre, which is a mixture of calcium carbonate and a protein called conchiolin.

The mollusk repeatedly secretes and dries layers of nacre around the foreign object, creating a pearl. The pearl’s spherical shape is a result of the layers of nacre being added around the object in a symmetrical manner. Pearls are highly valued for their beauty and are used in jewelry making.

Other effective ways to explain spheres to kids

There are several ways that using hands-on activities, comparisons, visuals, storytelling, and making the concept relatable can help explain the concept of a sphere to kids:

1.   Use hands-on activities: Children often learn best through hands-on experiences, so you could give them a variety of objects that are shaped like spheres, such as bouncy balls, marbles, or even round fruits like apples or oranges, and have them explore and manipulate the objects. This can help them understand the characteristics of a sphere and how it behaves. 

2.   Use comparisons: You could compare a sphere to other objects that children are familiar with, such as a ball, a beach ball, or a globe, to help them understand the concept. For example, you could say, “A sphere is like a ball, but it doesn’t have any flat surfaces or edges. It is round all the way around.”

3.   Use visuals: Visual aids can be a helpful way to explain the concept of a sphere to children. You could show them pictures or videos of spheres, or even use a 3D model of a sphere to help them visualize what it looks like. 

4.   Use storytelling: You could tell a story that incorporates the concept of a sphere, such as a story about a group of friends playing with a bouncy ball or a story about a magical, glowing sphere that helps the characters in the story solve a problem. This can make the concept more engaging and memorable for children. 

Conclusion

In conclusion, giving kids real-world sphere examples could aid them in understanding the idea of a sphere in a variety of ways. It enables them to view and engage with items that have a sphere-like form, which can help them grasp and comprehend the idea more clearly. Children may find the idea of a sphere to be more relevant and meaningful if they see it employed in everyday situations. 

Furthermore, using real-world examples gives kids a chance to examine and investigate sphere aspects, which helps deepen their comprehension of the characteristics of the sphere. Generally speaking, teaching youngsters about the notion of a sphere in a more engaging and relevant way may be accomplished by utilizing real-world examples.

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 Common Examples Of Spheres Around Us appeared first on Number Dyslexia.

To keep them focused and engaged during the learning process, hands-on shapes activities come to the rescue. Activities tend to grab the attention of little learners and they unknowingly learn, all the while having fun and enjoyment. Let’s check out the creative and interactive rectangle shape activities below to build a solid foundation of knowledge of shapes.

Creative and engaging rectangle activities for kids

The important concepts of math simply cannot be ignored during childhood and early learning days. With innovative activities, teachers can better teach the concept of rectangles in a fun manner. 

1. Is it a Rectangle?

Identifying a rectangle becomes the very first step in understanding the shape and its properties. This activity focuses on the identification of the rectangle and considering the equal measurement of opposite sides.

• To conduct this activity, take different pictures on a flashcard 
• Include pictures that depict a rectangle and the other ones which do not depict a rectangle 
• Divide the students into teams of 2 students each
• One by one, show these cards to teams and allow them to think 
• They need to answer Yes for a rectangle and No for other objects 

This fun learning activity gives an opportunity for educators and teachers to clarify doubts if students are not able to identify them. The activity also enables students to think of rectangles in the real world and not just as a shape.

2. Collect and Bring!

Rectangles can be found everywhere but only when students know to identify them. This activity focuses on finding rectangles around them and assessing if it actually falls in the category of the shape.

• To conduct this activity, divide students into teams of 3 students each
• Now, the teams need to roam around in the classroom and find real objects that depict a rectangle 
• Make sure each team finds at least 3 objects in the category 
• For example, students can collect an eraser, a long notebook, a compass box, and even a water bottle shaped like a rectangle 

As students get an opportunity to collect things, they get more knowledge about other shapes also including their properties. It helps develop mathematical knowledge and critical thinking skills.

3. Draw and Show

Creative activities engage kids and also help them learn in a better manner. This activity focuses on using creative ways to make kids understand rectangles.

• To conduct this activity, give a blank sheet of paper to all students
• Now, ask them to draw any 5 things that depict a rectangle in real life
• Here, they can draw a cupboard, a shoe box, visiting card, or many more things
• Once done, let them color and show creativity

Students get to think before they actually draw anything. Hence, this activity reinforces the learning environment with critical thinking skills and a better understanding of mathematical concepts.

4. Sort it Out!

Kids might be confused with the existence of so many different shapes. So, it is always a good idea to differentiate these shapes and let kids learn about them in a fun manner.

• To conduct this activity, take different shapes (wood-based shapes or plastic ones) 
• Now, mix these materials in a box filled with sand 
• Ask kids to sort all shapes and put the shapes in their respective boxes
• Create 4 – 5 boxes or containers where they can collect the shapes

This is a creative activity where students not only learn about rectangles but also about other shapes. Such an activity offers a diversified learning experience as students learn about properties of different shapes, sizes, and sides.

5. Make a Robot!

Kids are surely fascinated with craft activities and different colored papers. This activity focuses on using rectangles to create a unique masterpiece in the classroom. A robot can be easily made with different-sized rectangles considering its head, straight body, two hands, straight legs, and rectangular eyes.

• To conduct this activity, draw a robot with the usage of rectangles on the blackboard 
• Now, ask kids to draw rectangles on the chart paper and then cut them according to the drawing made on the board
• Once cut, they need to stick different parts of rectangles on chart paper in a sequence that looks just like the robot drawn on the board

With sticking and making a creative crafting project, students learn the usage of rectangles. They also develop motor skills with cutting and using fingers to stick the papers. Such an activity boosts creativity thereby opening innovative minds to work better.

6. Rectangles and Snacks

Students can learn about rectangles better when they get to see them everywhere and in common occurrences. This activity combines different snacks and how rectangles can be found in everyday life.

• To conduct this activity, ask students to spot any snack or snack packet that is rectangle in basic
• Once done, they need to bring it to the classroom and make a medium-sized rectangle on the study desk
• For example, they can use the tetra pack of juice or using a biscuit depicting a rectangle
• Tell them to have an equal number of snacks or snack packets on opposite sides to perfectly make a rectangle 

Such knowledge enhances their practical learning experience with everyday materials.

7. Connect Rectangles

Playing with dough or clay plays an important role in everyday life for preschoolers. This activity focuses on creating rectangles with clay and building them properly.

• To conduct this activity, ask students to bring clay and toothpicks
• Now, ask students to create rectangles from a toothpick and connect them with clay
• You can also ask students to create a square and a rectangle and then tell the difference between two

With such an activity, students can easily understand the property of a rectangle and its sides are parallel and equidistant to each other. Moreover, colorful clay enhances the learning process and develops motor skills.

Other ways and strategies to teach budding learners about rectangles

While activities are helpful, teachers and educators can also consider various other ways to teach about rectangles. Different strategies and suggestions help create a unique learning platform in innovative ways.

• Online games are a great way to make students learn about rectangles. Various online games let them draw, identify or select rectangles making it visually appealing and knowledgeable for them.
• Similarly, different jokes about rectangles can also be used by teachers to create fun. Many jokes focus on the properties of the shape making it easy to remember for students.
• Manipulatives are also an emerging form of learning. Various manipulatives including lego, puzzles, or other stationary items can foster the learning process. This way, students can better remember concepts.
• Real-life examples also serve as a practical way to teach rectangles. When students can relate the concept with everyday examples, they are more likely to understand it and even raise queries, if any.

Wrapping up

As you think of teaching the concept of rectangles, know that classroom activities and other significant ways can boost the learning environment. Classroom activities for shapes like rectangles, triangles, and squares create an engaging learning environment. It also helps teachers identify the strengths and weaknesses of students with reference to their understanding of rectangles. 

Additionally, teachers get a quick opportunity to solve doubts, correct students with their mistakes, and reteach the concept in real-time. It should be noted that these activities can also be twisted to a more challenging level simply by adding extra elements to it. Similarly, it is significant to understand that every student learns at a different pace and it only takes the right explanation to make them aware of rectangles.

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 Rectangle Activities For Preschoolers & Kindergartens appeared first on Number Dyslexia.