Kinematics
Forces
Rotation/SHM
Mr. Bowles
AP Exam
100

This is the derivative equation for velocity

What is d/dt(x(t))?

100

This is the result of multiplying force by the distance it is applied along

What is work?

100

This is Fnet=ma's counterpart in rotation

 torque(net)=I*alpha

100

Mr. Bowles's favorite phrase for what to do with an inclined plane's forces

What is "break it into components?"

100

What to write if a question states that something is not moving or travelling at a constant velocity

What is "system is in equilibrium?"

200

This value is missing in the second fundamental kinematic, but is included in the other two fundamental kinematics

What is the final velocity?

200

This is the name of the answer to the usage of the Pythagorean theorem, otherwise known as the hypotenuse

What is the resultant?

200

These two oscillating trig functions are the basis for the ideas and equations of simple harmonic motion

What are sine and cosine?

200

The name of the 16th-century Spanish alter ego of Mr. Bowles

Who is Conquista-Bowles?

200
Be sure to write this if you have no idea what else to write on a free-response question

What is F=ma?

300

These values must be constant in order to use the kinematic equations

What are forces/acceleration?

300

He was the famous 17th-century British scientist who created the law of the force exerted by a spring

Who is Robert Hooke?

300

A series of objects includes an object M=17 kg at x=4, m1=9 kg at x=-1, and m2=8 kg at x=-5. This is the location of the center of mass of these objects (3 sig figs)

What is 0.527 meters?

300

This team is Mr. Bowles's favorite international football/soccer national team

What is the Spanish National Football team?

300

The pass rate for Physics C: Mechanics last year was this (within 3% above or below)

What is 73%?

400

An object with an initial velocity of v=20 m/s starting at x=5 meters, and final velocity of v= 5 m/s ending at 20 meters experiences this much acceleration

What is 12.5 m/s^2?

400

An object of mass m=6 kg is on a ramp of theta=45 degrees with friction on Earth. The object is in equilibrium at a height of y = 4 meters. This is the value of the coefficient of friction

What is 1?

400

This is the equation for the moment of inertia of a solid sphere

What is (2/5)MR^2?

400

Mr. Bowles wanted to teach this subject instead of Physics at first

What is history?

400

You should repeat an experiment at least this many times on a lab-based question

What is 6 times?

500

An object of mass 4 kg is thrown on Earth at an angle of 60 degrees. It travels with an initial velocity of 12 m/s and lands after 28 seconds, meaning it travels this far

How far is 168 meters?

500

An object of mass m=12 kg and initial velocity v=25 m/s is thrown at another object of mass m=7 kg and initial velocity v=4 m/s. After the collision, the 12kg mass is travelling at 8 m/s. This is the speed of the 7 kg object after the collision (3 sig figs)

What is 18.3 m/s?

500

An object weighing 10 N swings at the end of a rope that is 0.72 m long as a simple pendulum. At the bottom of the swing, the tension in the string is 12 N. The magnitude of centripetal acceleration at the bottom of the swing is equal to this

500

Mr. Bowles has worked at these schools and did these jobs at each school

Ocoee- Principal

West Orange- Testing Coordinator

Horizon- Teacher

500

This is how many points a traditional lab-based question is worth on the AP exam

What is 10 points?

M
e
n
u