physics models for exhibition
Making paper balls for a solar system planets project using newspaper is a fun and creative way to represent the planets. Here’s how you can do it: Materials Needed: Steps by Steps Video Instructions: 1. Cut Strips of Newspaper: 2. Crumple the Strips: 3. Shape the Balls: 5. Hang the Planets: 6. Display Your Model: … Read more
Creating a simple circuit working model using an LED light, switch, and 9V battery is a great way to understand the basics of electricity. Here’s how to make it: Materials Needed: Steps by Steps Video Instructions: 1. Prepare the Base: 2. Connect the Battery: 3. Add the Switch: 4. Connect the LED: 5. Secure and … Read more
Creating a hydraulic brake working model using a CD disk, DC motor, and syringes is an excellent way to understand the basic principles of hydraulic systems. Here’s a step-by-step guide: Materials Needed: Steps by Step Video Instructions: How It Works: This model demonstrates the basic principles of hydraulic brakes used in vehicles, where brake fluid … Read more
Creating a saltwater and electricity conductivity experiment using a 9V battery can be a simple and informative project. Here’s a step-by-step guide: Materials Needed: Steps by Step Video Instructions:
Creating a Newton’s Wheel working model for a science exhibition with seven colors, a DC motor, a switch, and wires is a fun and educational project. Newton’s Wheel demonstrates the concept of color blending using the principles of persistence of vision. Here’s how you can make it: Materials Needed: Steps by Step Video Instructions:
To connect a DC motor with a switch and a 9V battery, you’ll need the following components: Here’s how you can connect them: Steps by Step Video Instructions : This simple setup allows you to control a DC motor with a switch and a 9V battery, making it easy to create simple projects or demonstrations.
This simple rocket demonstrates the basic principle of Newton’s first law of motion, as the rocket remains at rest until an external force (the expulsion of water) acts upon it, causing it to move forward. Newton’s First Law of Motion Newton’s first law of motion describes how an object behaves when no force is acting … Read more
Creating a Newton’s third law working model using cardboard, paper, and syringes can be an engaging science project for an exhibition. Here’s a simple way to do it: Materials Needed: Step by Step Instructions: By building and presenting this model, you can illustrate Newton’s third law of motion in action and demonstrate how it applies … Read more
Newton’s second law of motion Newton’s second law of motion states that F = ma, or net force(F) is equal to mass(m) times acceleration(a) Rocket Example When the Rocket engines ignite, they push hot gases out the back. This creates a force that pushes the rocket forward. Newton’s second law says that this force depends … Read more
To connect a 9V DC water pump with a 9V battery and a switch to pump water, you can follow these steps: Materials Needed: Steps: By following these steps, you should be able to connect a 9V DC water pump with a 9V battery and switch to pump water effectively. Remember to prioritize safety and … Read more
Creating a hydraulic lift working model using syringes to lift a car using cardboard can be an interesting and educational project. Here’s a step-by-step guide on how to build it: Materials needed: Instructions: By following these steps, you can create a simple yet effective working model of a hydraulic lift using syringes to lift a … Read more
This simple circuit model with a light bulb and a switch provides a hands-on demonstration of basic electrical concepts and is suitable for a science project exhibition. Creating a simple circuit with a light bulb and a switch for a science project exhibition can be a fun and educational project. Here’s a step-by-step guide for … Read more
This series circuit model provides a hands-on and visual representation of how series circuits work, making it an informative and engaging exhibit for a science project exhibition. Creating a series circuit working model with LED lights, a 9V battery, a switch, cardboard, and color paper is a great way to demonstrate the basics of electrical … Read more
This parallel circuit model provides a hands-on and visual representation of how parallel circuits work, making it an engaging and educational exhibit for a science project exhibition. Creating a parallel circuit working model using cardboard, LED lights, a 9V battery, wires, and a switch is an excellent science project for an exhibition. Here’s a step-by-step … Read more
This model provides a visual representation of the gravitational force and the concept of orbits. When the smaller ball is set in motion, it simulates the effect of gravitational attraction between celestial bodies in space. Creating an Earth gravitational force working model using thermocol balls, magnets, thread, and cardboard can be an engaging science project. … Read more