Work Energy and Power
Explore Work Energy and Power through interactive, curriculum-aligned experiments that explain key ideas in a clear and visual way. Students can learn concepts such as Coefficient of restitution and Collision in 1D with momentum and energy conservations, observe results, and connect theory with classroom understanding. These experiments make learning work energy and power easier and more engaging.
Click any card to open its detail page.
Collision in 1D with momentum and energy conservations
This experiment demonstrates one-dimensional collisions and the conservation of momentum. By changing the masses and initial velocities of two objects...
Energy Conservation
This experiment demonstrates the working of a windmill and how wind power affects its rotation. The windmill converts wind energy into mechanical ener...
Gravitational Potential Energy
This experiment demonstrates that gravitational potential energy depends only on mass, gravity, and height. A square moves along different paths to th...
Kinetic , Potential and Total energy , Conservation of energy (Skate park)
This experiment demonstrates the conservation of mechanical energy by showing how potential energy converts into kinetic energy as a skater moves alon...
Kinetic Energy
This experiment demonstrates transfer of momentum during a collision. A moving car hits a stationary cube and pushes it forward. By changing the car's...
Power
This experiment demonstrates the relationship between power and time by showing that for the same amount of work, a higher power source lifts an ident...
Power of an engine
This experiment demonstrates the relationship between engine power, vehicle mass, and acceleration, showing how changes in power and mass directly aff...
Work done (By conservative force - Gravity)
This experiment demonstrates work done by a conservative force such as gravity. A car is moved along different paths while changing parameters like ma...
Work done (By non -conservative force - Friction)
This experiment demonstrates work done by a non-conservative force such as friction. A car moves along different paths while parameters like mass and ...
Work Done by Constant Force
This experiment demonstrates work done by a constant force. A car pulls a cube using a rope while moving forward. As the constant force acts in the di...
Put the AI Science Lab in front of your team.
See the product, the classroom fit, and the value for your institution in one focused demo.