formulas

Question 1

time-independent kinematics equation

Question 2

Net force (Newton’s second law)

Question 3

Force in terms of momentum (Newton’s 2nd law as a derivative)

Question 4

Force in terms of Potential Energy

Question 5

Impulse

Question 6

Definition of momentum

Question 7

Impulse - Momentum Theorem

Question 8

Force of friction

Question 9

Work done by a constant Force (dot product)

Question 10

Work done by a variable force (integral)

Question 11

Kinetic energy (linear)

Question 12

Work – Energy Theorem

Question 13

Power (as a rate of change)

Question 14

Power – alternate expression (dot product)

Question 15

Centripetal acceleration

Question 16

Torque (defined as a cross product)

Question 17

Newton’s second law for rotation (torque and angular acceleration)

Question 18

moment of inertia of a collection of particles (no integral)

Question 19

Parallel Axis Theorem

Question 20

Rotational inertia of a rod about an axis through its center

Question 21

Angular Momentum of a moving particle (cross product)

Question 22

Angular Momentum of a rigid rotation body (in terms of the rotational inertia)

Question 23

Position of center of mass for a collection of particles (sigma notation)

Question 24

Conversion between linear and angular velocity (No slip)

Question 25

Rotational kinetic energy

Question 26

Force of a spring (Hooke’s Law)

Question 27

Potential energy of a spring

Question 28

Period of a Spring Mass System

Question 29

Angular frequency of general pendulum

Question 30

Period of a simple pendulum

Question 31

Relationships between period, frequency and angular frequency

Question 32

Newton’s law of Gravitation

Question 33

Gravitational Potential Energy

Question 34

Total Mechanical Energy of an object in circular orbit

Question 35

Kepler’s 3rd Law

Question 36

Escape Velocity