Perfectly Inelastic Collision
Collisions in which colliding objects stick together and move with common velocity
Work Energy and Power
Inelastic Collision
Collisions where linear momentum is conserved but the kinetic energy is not conserved
Elastic Collision
Collisions where both linear momentum and energy of the system is conserved
Collision
Interaction of objects in which the energy and the momentum of the object changes
Principle of conservation of energy
Energy can never be created nor be destroyed but can be converted from one form to another
Power
Rate of doing work with respect to time
Work Energy Theorem
Work done by a force on a body is equal to kinetic energy produced
Potential Energy
Energy possessed by object by the virtue of its position
Kinetic Energy
Energy possessed by object by the virtue of its motion
Energy
Capacity to do the work