Cross off one: (**6**:63 - Chapter 6, problem #63)
**Energy** - Energy worksheet, **Orbit and Gravity** - Orbit and gravity
worksheet, **CMR** - Circular Motion Review sheet from the last day before
the test.

## Page 1 – Person pushing a box up an incline

Potential energy

Kinetic energy

Work

Force of friction

Force to move up the plane at a constant velocity

**Energy**: 7, 9, 10

**6**:31, 63, 75

## Page 2–
Energy Potpourri

Kinetic and potential energy (**6**:1, 17)

Work, time and power (**6**:63, 58)

Conservation of energy (1 to 1) **(Energy**:1, 4)

Conservation of energy (1 to 2) **(Energy**:3, 5, 7)

Conservation of energy (2 to 2) **(Energy**:8, 9)

## Page 3– Vertical circle, RPM, Centrifugal force

Centripetal acceleration (**CMR**: 1)

Force exerted at the top and bottom of the circle (**CMR**:
1)

If the force is thus and such, what is the velocity. (**Orbit
and Gravity**:-1, 0), (**5**:7, 8, 12, 13) (**CMR**:2, 3)

RPM problem - what is the centripetal acceleration (**CMR**:
8)

Centripetal force (**5**:2, 4)

## Page 4– Orbit and Gravity

Force of gravity between the moon and the planet **(Orbit
and Gravity**:1, 2a)

Orbital speed/Period of orbit. **(Orbit and Gravity**:6,
7) (**CMR**: 5)

Orbit question. **(Orbit and
Gravity**:11) (**CMR**:6, 7)

Force of gravity question. **(Orbit and Gravity**:3, 4)
(**CMR**:4)

Orbit lab question - how do you get from orbit to orbit?
(Like the Orbit Lab)