This code can solve problems related to Circular Motion, Work, Kinetic Energy, Potential Energy, Momentum, and Impulse.

This code can solve problems related to Circular Motion, Work, Kinetic Energy, Potential Energy, Momentum, and Impulse. Users can input information about angular speed, period, frequency, or centripetal acceleration for Circular Motion. For Work, users can input information about friction force, force, shift, friction coefficient, and mass. For Kinetic Energy, input mass and speed; for Potential Energy, input mass, gravitational acceleration, and height. For Momentum, input mass and speed to find momentum, and input momentum and mass to find speed. Lastly, for Impulse, input force and time to find impulse, and input impulse and time to find force.

Active Tools and Action: Calculate Circular Motion, Work, Kinetic Energy, Potential Energy, Momentum, and Impulse.

Code InfoProject created by two High School students, Lucio Valerio Carucci and Daniele Pio Pica