Two feet walking robot – Energy transformation – Electric energy to kinetec energy conversion
29,00 AED
When you turn on a two-foot walking robot, it takes electrical energy from its power source, typically a battery. This electrical energy is transformed into two main forms:
- Kinetec Energy (Movement): Inside the robot, there are motors and mechanisms that convert electrical energy into kinetic energy. These components move the robot’s legs and body. As a result, the robot can take steps and walk.
- Potential Energy (Gravity): As the robot lifts one foot and moves it forward, it gains potential energy due to gravity. This potential energy allows the robot to lift its foot off the ground and take the next step. When the foot is lowered, this potential energy is transformed back into kinetic energy as it moves the robot forward.
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Product Details
Objective:
Demonstrate a model of a two-foot walking robot to showcase the conversion of electric energy into kinetic energy through leg movement.
Materials included:
Two-footed robot kit
Battery or power source
Wiring and connectors
Small electric motors or actuators
Mechanical components (joints, legs, etc.)
Materials not included in the kit:
Procedure and assembly steps:
Procedure included in the kit manual . This is not a ready made product. Student needs to follow the steps to assemble the model…
Description:
Energy Transformation in a Two-Foot Walking Robot:
When you turn on a two-foot walking robot, it takes electrical energy from its power source, typically a battery. This electrical energy is transformed into two main forms:
- Kinetec Energy (Movement): Inside the robot, there are motors and mechanisms that convert electrical energy into kinetic energy. These components move the robot’s legs and body. As a result, the robot can take steps and walk.
- Potential Energy (Gravity): As the robot lifts one foot and moves it forward, it gains potential energy due to gravity. This potential energy allows the robot to lift its foot off the ground and take the next step. When the foot is lowered, this potential energy is transformed back into kinetic energy as it moves the robot forward.
Learning outcome:
Have a better understanding of a two-foot walking robot to showcase the conversion of electric energy into kinetic energy through leg movement using the model built by the student in this project
Section or subject:
Physics
Grades:
6+
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