Equations & Units
Don't Forget These Things
Definitions
Greek Letter Uses in
Physics
Random Information
100

The Equation for Force

What is F=ma

OR

What is Force=Mass * Acceleration

100

The Gravitational Constant of Earth

What is 9.8 m/s2?

100

The Rate at which an object changes Position

What is Velocity?

100

Δ

What is Change?

100

An object has negative acceleration, which means it is

What is Slowing Down?

200

The Unit for Joules

What is a Kgm2\s2

200

The Amount of Radians in One Revolution

What is 2π?

200

An objects ability to resist change in motion

What is Inertia?

200

θ

What is Angle?

200

When it comes to Gravitational Energy, which has the greatest Energy?

a Bowling Ball

a Tennis Ball

a Ping Pong Ball

a Volley Ball

What is the Bowling Ball?

300

The Unit for Coefficient of Friction

What is No Unit

300

This is what differentiates Magnitudes from Vectors

What is Direction?

300

A state in which all forces are equal

What is Equilibrium

300

μ

What is Coefficient of Friction?

300

This is the direction of Frictional Force

Where is Against the Movement?

400

Equation for Power

What is P=ΔE/Δt

400

Displacement can be found by doing this to a velocity graph

What is finding the area under the curve?

400

a collision in which the total kinetic energy of the colliding bodies or particles is not the same after the collision as it was before

What is an Inelastic Collision

400

Σ

What is Total?

400

This is what must be true for an object to be in rotational equilibrium.

What is net torque equals zero?

500

The Equation for Angle when Angular Acceleration is present

What is θ⁼½∝t2+ωt+θ?

500

Every Step of the Yellow Brick Road

What is

1.) Draw A Force Diagram

2.) Write equations for the force in the X and Y directions

3.) Plug in what you know

4.) Solve

?

500

a force that acts on a body moving in a circular path and is directed toward the center around which the body is moving

What is Centripetal Force?

500

ω

What is Angular Velocity?

500

This kind of acceleration must be present to use Equations 1, 2, and 3.

What is Constant Acceleration?
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