Physics of Motion
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100

The unit for force

Newton

100

A measure of the amount of matter in the object? M=W/G

Mass

100

What is the formula for momentum?

p = mv

100

Formula to calculate Speed??

Distance รท time

100

Forces occurring between objects and the surfaces they are on

Friction

200

The energy of motion

Kinetic energy

200

Maximum speed reached by a falling body

Velocity

200

He is often referred to as one of the "Founding Fathers" of modern physics. 

Sir Isaac Newton

200

"Every object retains its state of rest or state of uniform straight line motion unless acted on by an unbalanced force"

Newton's First Law

200

the term for a solid that converts directly to a gas?

Sublimation

300

Work done over a period of time

Power

300

The attractive force that acts on all objects everywhere

Gravity

300

Another term for the energy transfer that occurs when an object is moved over a distance 

Work

300

Define Acceleration.

Rate of change in velocity.

300

the normal range for human hearing

20-20,000 Hz

400

The unit for work and energy

Joule

400

The equation for force

F = ma

400

The force of gravity on the object and may be defined as the mass times the acceleration of gravity

Weight

400

The difference between Speed & Velocity?

Direction / vector 

400

Final velocity minus Initial velocity divided by the acceleration

Time

500

If a Car is traveling at 40m/s for 30 minutes what is the distance it will travel in kilometers?

72km

D= 40 m/s x 1800 sec

D= 72000 m = 72 km

500

The mass (with correct unit) of an object that is traveling at 20m/s^2 and has a force of 10,000N 

500kg

M= 10,000 / 20

M= 500kg

500

This scientific "principle" states that the acceleration of an object is dependent upon two variables - the net force acting upon the object and the mass of the object. OR F=M*A

Newton's 2nd Law

500

On the moon your _____ would be less

weight

500

It is the result of the square root of the square of the X component plus the square of the Y component

resultant Vector or resultant Force