mks
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1. Potential energy- energy that is stored in by an object.
2. Gravitational potential energy- achieved by doing work against the force of gravity.
3. Work- the transfer of mechanical energy.
4. Kinetic energy- the energy of motion.
5. Mechanical energy- combination of kinetic and potential energy.
6. Work-Kinetic energy theorem- the special relationship between doing work on an object and the resulting kinetic energy of the object.
7. Negative work- removes energy from an object.
8. Positive work- adds energy to an object.
9. Conservative force- when a force does work on an object and the amount of work done is independent of the path taken.
10. Non-conservative force- when a force does work on an object and the amount of work done is path-dependent.
2. Gravitational potential energy- achieved by doing work against the force of gravity.
3. Work- the transfer of mechanical energy.
4. Kinetic energy- the energy of motion.
5. Mechanical energy- combination of kinetic and potential energy.
6. Work-Kinetic energy theorem- the special relationship between doing work on an object and the resulting kinetic energy of the object.
7. Negative work- removes energy from an object.
8. Positive work- adds energy to an object.
9. Conservative force- when a force does work on an object and the amount of work done is independent of the path taken.
10. Non-conservative force- when a force does work on an object and the amount of work done is path-dependent.