Kinematics and Force
Energy and
Momentum
Rotational Dynamics
Gravitation and SHM
Hardcastle
100
This is equivalent area under a curve for a velocity vs. time graph.
What is the displacement?
100

This quantity is found by taking the integral of Force dot d t and is equal to the change in momentum.

What is impulse?

100
This is the rotational inertia of a thin wheel of mass m and radius r.
What is m R ^ 2?
100
The gravitational force changes by this much if you increase the distance between two planets by 3 times.
What is 1/9?
100

How many attempts should you get on WebAssign?

What is Unlimited or You complain to Hardcastle about the amount and ask for more. 

200

A particle moves such that its speed is constant but its velocity is not. This must be true about its path

What is it is curved?

200
A frictionless roller coaster that starts at height 4h will be traveling this much faster than one that starts at height h.
What is twice?
200
The quantity that is conserved when the shape of a spinning object changes.
What is angular momentum?
200

For a particle under a central force, this quantity remains constant and leads directly to planar motion.

What is Angular Momentum?

200

You see Hardcastle years from now, what hand signal is he likely to make as he greats you?

What is the right-hand rule (aka the Physics gang sign)?

300
Reached when an object falling through air is no longer accelerating?
What is terminal velocity?
300
If the force and displacement do not have a component in this direction then no work is done.
What is parallel?
300

What theorem is useful for figuring out the moment of inertia when an object isn't rotating about its center of mass?

What is the Parallel Axis Theorem?

300

For an object to just barely escape a planet's gravitational field, the object's initial Universal gravitational potential energy will be equal to this quantity.

What is the object's initial kinetic energy? (Or KE at lift-off)

300

What is a reason bean?

What is slang for "reason being" that only the cool AP kids know?

Also accepted is MCQ tricks for getting the answer without getting the answer

400

The direction on the net force on an object moving in a circle.

What is towards the center?

400

A force can be thought of as the derivative of a potential energy if it has what property?

What is it is conservative or the work it does is path indepenedent?

400

You roll a solid disk and a ring with the same mass down a ramp. Which will get to the bottom first?

What is the solid disk, since it has a lower moment of inertia?

400

An object going in a circular orbit increases it speed slightly. How does its orbit change?

What is becomes an elliptical orbit that takes the object further away and where the original radius of the circular orbit becomes the point when the object is moving the fastests?

400

Hardcastle has made a mistake on the board. How does he correct it?

What is 

- Erase the board with his bare hand, even though an eraser is next to him?

- Silently stare at the board for an awkward amount of time?

- Mumble that it is "relatively straightforward" and move on to the next topic?

500

In non-uniform circular motion, this component of acceleration is responsible for changes in speed along the path.

What is tangential acceleration?

500

Two collisions have the same initial momentum. One is elastic, one is perfectly inelastic. This is how their final kinetic energies compare.

What is the elastic collision has higher final KE?

500

A ball is rolling up a ramp and slowing down. In which direction does friction act?

What is up the ramp, since the rotation of the ball is slowing down?

500

In simple harmonic motion, what is the phase angle?

What is a shift of the sin or cosine you need to do to make sure the system has the correct initial position and velocity?

500

What is something you can count on Hardcastle to do in class?

What is

- Make a corny Physics joke?

- Laugh at his own jokes but not others' jokes?

- A seemingly endless monologue? 

- retell you a story he actually already told you before?