Basic Formulas

Question 1

Average Velocity

Answer 1

x(t2) - x(t1) / t2 - t1

Same as Δx / Δt

Question 2

The general form of a particle at a given time with constant acceleration

Answer 2

x(t) or y(t) = (1/2)at^2 + bt + c

Question 3

Gravity “Constant”

Answer 3

9.8 m/s^2

Question 4

Velocity with Constant Acceleration

Answer 4

V = V not + a(t)

Question 5

Potential Energy

Answer 5

PE=mgh

Question 6

Kinetic Energy

Answer 6

(1/2)mv^2

Question 7

Final Velocity of Two Components

Answer 7

Vx^2+Vy^2=Vf^2

Pythagorean Theorem

Question 8

Centripetal Acceleration

Answer 8

Ac = V^2 / r

r = radius, Ac = (given) x (g=9.8)

Question 9

Displacement Equation

Answer 9

Δx = V initial * t + (1/2)at^2

Question 10

Velocity Equation

Answer 10

V final = V initial * (a)(t)

Question 11

Velocity Squared

Answer 11

(Vf)^2 = (V not)^2 + 2aΔx

Question 12

Tangential Speed

Answer 12

V = rω

Question 13

Angular Velocity

Answer 13

ω = 2πf

Where f consitutes frequency

Question 14

Horizontal Distance

Answer 14

Dh = Vx * T

Where Vx=cos(θ)

Question 15

Vertical Distance

Answer 15

y = Vyi * T - (1/2)g(t)^2

Where Vyi = V(not)sin(θ)
i = initial

Question 16

Period

Answer 16

T = 1/f