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Blue arrows mean terms are related by definition.
Green arrows mean terms are related by their formulas.
How much matter is in an object
Something that takes up space and has mass.
The change in an object's velocity over time.
A push or pull on an object
The amount of something.
Force = Mass * Acceleration
Change in Velocity
_______________
Time
Magnitude is always a number.
or
F = m * a
(v2 - v1)/(t2 - t1)
Something with a magnitude and a direction
Examples: Velocity, Momentum, Acceleration, etc.
A force that pulls smaller objects to larger ones (usually the Earth).
An object with momentum is moving and will take force to stop.
Momentum is a quality of an object in motion
Momentum = Mass * Velocity
or
Something with only a magnitude
p = m * v
Examples: Speed, Time, Mass, etc.
Includes a direction
Is a vector
Does not include a direction
Is a scalar
A measure of the force of an object being pulled down by gravity.
Includes how fast an object is moving
Weight = Mass * Acceleration of Gravity
or
w = m * g
A change in an object's position relative to time
The ability to do work.
A force applied over a distance that makes an object move.
The amount of space between the start and end point of an object's motion.
Work = Force * Distance
or
W = F * d
Based off of or compared to.
A vector that shows how far out of place an object is.
A force created by the resistance between 2 objects that are either in motion or have a force being exerceted on them that is trying to put them in motion.
Friction between 2 stationary objects that prevents motion.
Friction between 2 moving objects or 1 moving object and a stationary one.
Both are different types of friction
F = μkinetic N
F = μstatic N
μstatic > μkinetic
μkinetic < μstatic