10 Examples Of How Experimental Approach Works

Enter the realm of scientific curiosity, where the experimental approach reigns supreme! This approach has left an indelible mark on our understanding of the world and its influence extends to the realm of teaching. Gone are the days of passive absorption of information. Instead, students become enthusiastic investigators, donning lab coats and wielding magnifying glasses of knowledge. 

The experimental approach engages learners by placing them in the driver’s seat of discovery. It fosters a hands-on, minds-on approach, where theories are tested, hypotheses challenged, and knowledge gained through direct experience.

From biology classrooms buzzing with dissections and exploration of life’s intricacies to math classes where real-world problem-solving takes center stage, this approach breathes life into the written word in language arts and even brings history to life through simulations and debates. With the experimental approach, learning becomes a vibrant tapestry of exploration and understanding. 

Significant examples of the experimental approach for teachers and students

In the delightful world of educational experimentation, teachers and students embark on exciting journeys of discovery! In this realm, traditional teaching methods take a backseat as the experimental approach comes alive, sprinkling its magic dust on classrooms everywhere. Let’s explore some significant examples of how this approach manifests its quirky charm in the world of education.


1. Assessing Teaching Methods:

Teachers use the experimental approach by systematically comparing the effectiveness of different teaching methods like drill and practice, or the Montessori method. They design controlled experiments where they assign different teaching methods to different groups of students, keeping other factors constant. By measuring student performance, engagement, and understanding across the groups, teachers can gather empirical evidence to determine the most effective teaching method.

2. Exploring Different Instructional Materials:

Teachers employ the experimental approach by conducting controlled experiments to evaluate the impact of various instructional materials on student learning. They assign different materials to different groups, ensuring that other variables remain consistent. By comparing student outcomes, such as comprehension, retention, and application of knowledge, teachers can make informed decisions about the most suitable instructional materials.

3. Testing Homework Strategies:

Teachers utilize the experimental approach to investigate the efficacy of different homework strategies. They assign different homework strategies to different groups of students, ensuring that other variables are controlled. By comparing the impact on student learning outcomes, such as improved understanding or increased engagement, teachers can assess the effectiveness of different homework approaches.

4. Evaluating Classroom Management Techniques:

Teachers apply the experimental approach by implementing different classroom management techniques which include classroom routines and procedures and observing their effects on student behavior and engagement. They carefully design experiments where they assign different management techniques to different groups of students, maintaining consistency in other factors. By measuring and comparing student behavior, participation, and academic performance, teachers can identify the most effective classroom management techniques.

5. Assessing Assessment Methods:

Teachers utilize the experimental approach by evaluating the effectiveness of different assessment methods. They assign different assessment approaches to different groups of students while maintaining consistency in other variables. By comparing student outcomes, such as accuracy, depth of understanding, and alignment with learning objectives, teachers can determine the most suitable assessment methods for evaluating student learning.

6. Pendulum Length Experiment:

Children can investigate the relationship between the length of a pendulum and its swing time. They can set up different pendulums of varying lengths and measure the time it takes for each pendulum to complete a full swing. By comparing the results, they draw conclusions about how the length of a pendulum affects its swing time.

7. Paper Airplane Design:

Paper Airplane Design

Children can experiment with different designs of paper airplanes to determine which design flies the farthest and put to use an experimental approach in the classroom. They can create and test multiple airplane designs, measuring the distance each one travels. By analyzing their findings, they identify the factors that contribute to optimal flight performance.

8. Dissolving Sugar Experiment:

The sugar experiment is a classic classroom activity demonstrating an experimental approach at work. In the activity, children explore the rate at which sugar dissolves in different temperatures of water. They prepare cups of water at different temperatures and add equal amounts of sugar to each cup. By timing how long it takes for the sugar to dissolve in each cup, they investigate how temperature affects the speed of dissolving.

9. Seed Germination Investigation:

Seed Germination Investigation

The seed germination activity is based on the experimental approach. Thus, children can investigate the factors that influence seed germination by conducting experiments with different conditions. They can plant seeds in different soil types, expose them to varying amounts of light or water, and monitor their growth over time. By comparing the germination rates and plant growth, they draw conclusions about the optimal conditions for seed germination.

10. Magnetic Attraction Experiment:

Magnetic Attraction Experiment

Another experimental approach activity is one that explores the strength of magnetic attraction by testing different materials with magnets. In this activity, children collect various objects, such as paper clips, coins, and plastic toys, and observe how magnets attract or repel them. By systematically testing different materials and analyzing their observations, they learn about magnetic properties and make predictions about magnetic interactions.

How did the experimental approach become useful?

History has shown the unending quest of humans to understand the world around them. In ancient times, natural philosophers observed natural phenomena and speculated about their causes. However, it was not until the advent of the experimental approach that significant strides were made in scientific understanding.

The foundations of the experimental approach can be traced back to the scientific revolution of the 17th century. Thinkers such as Francis Bacon and René Descartes advocated for systematic observation, data collection, and controlled experiments as the means to acquire knowledge. This marked a departure from mere philosophical speculation and a shift towards a more empirical and evidence-based approach.

One of the pioneers of the experimental approach was Galileo Galilei. In the early 17th century, he conducted experiments on inclined planes and falling bodies to study the laws of motion. By carefully controlling variables and measuring the outcomes, Galileo was able to challenge prevailing theories and propose a more accurate understanding of how objects move.

Building upon Galileo’s work, Sir Isaac Newton revolutionized our understanding of gravity and motion with his groundbreaking experiments and mathematical formulations. His famous experiment with prisms demonstrated that white light could be split into a spectrum of colors, revealing the nature of light itself. Newton’s use of controlled experiments and precise measurements set a standard for future scientific inquiry.

As the scientific method developed further, the experimental approach became increasingly vital in fields ranging from chemistry to biology. The usefulness of the experimental approach continues to thrive in modern times. From clinical trials to ecological studies, the experimental approach remains central to making informed decisions and advancing our understanding.

In summary, the experimental approach emerged as a response to human curiosity and a desire for systematic understanding. Through its historical development, it has mirrored the human process of exploration, observation, iteration, and collaborative learning.


In conclusion, the experimental approach to education breathes new life into traditional classrooms, infusing them with curiosity, engagement, and a touch of whimsy. By embracing innovative methods like flipped learning, different types of project-based learning, and gamification, teachers, and students embark on exciting educational adventures. So, let us celebrate the magic of educational experimentation and embark on a journey where learning knows no bounds.

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