Choose the item that best fits each description

Group of answer choicestype of collision in which kinetic energy is conserved

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

the rate of doing work

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

associated with circular motion

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

can be stored in a spring

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

energy due to motion

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

type of collision in which kinetic energy is not conserved

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

the mass of an object times its velocity

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

the measure of a system's capacity to do work

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

the energy source for a hydroelectric power station

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

the force that acts times the distance moved in the direction of the force

[ Choose ] internal energy inelastic collision work power elastic collision lever energy kinetic energy elastic potential energy heat angular momentum linear momentum gravitational potential energy

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