Forces And Motion - Newton's Laws Vocab Question Preview (ID: 52380)


Vocab For Newton's Laws. TEACHERS: click here for quick copy question ID numbers.

Your answer or explanation for why. Needs evidence to support it.
a) Data
b) Stability
c) Model
d) Claim

A way of describing a system to understand it better, but simpler.
a) Data
b) Stability
c) Model
d) Claim

The information gathered during an investigation.
a) Data
b) Stability
c) Model
d) Claim

How likely a system is to change.
a) Data
b) Stability
c) Model
d) Claim

Data, observations, or information that supports your claim.
a) Collision
b) System
c) Friction
d) Evidence

Force caused by two objects rubbing. Always in the opposite direction of motion.
a) Collision
b) System
c) Friction
d) Evidence

When two objects touch, always transfers energy.
a) Collision
b) System
c) Friction
d) Evidence

A part of the world that you are modeling in order too understand it more simply.
a) Collision
b) System
c) Friction
d) Evidence

Not moving
a) Inertia
b) Speed / Velocity
c) Stationary
d) Acceleration

Rate of change in speed. Units have one distance and time twice.
a) Inertia
b) Speed / Velocity
c) Stationary
d) Acceleration

How fast and what direction an object is moving. Distance divided by time.
a) Inertia
b) Speed / Velocity
c) Stationary
d) Acceleration

An objects resistance to changes in motion, a property of matter.
a) Inertia
b) Speed / Velocity
c) Stationary
d) Acceleration

Electrical property caused by unbalanced amounts of electrons
a) Balanced
b) Unbalanced
c) Force
d) Charge

The the forces effecting and object don't cancel out. Causes acceleration.
a) Balanced
b) Unbalanced
c) Force
d) Charge

Any push or pull
a) Balanced
b) Unbalanced
c) Force
d) Charge

When all forces effecting an object cancel out. Causes no acceleration
a) Balanced
b) Unbalanced
c) Force
d) Charge

The amount of matter in an object, or the amount of inertia an object has
a) Newton's First Law of Motion - Inertia
b) Newton's Second Law of Motion - Acceleration
c) Newton's Third Law of Motion - Action/Reaction
d) Mass

For every action (force) there is an equal and opposite action (force)
a) Newton's First Law of Motion - Inertia
b) Newton's Second Law of Motion - Acceleration
c) Newton's Third Law of Motion - Action/Reaction
d) Mass

There is a relation between the size of a force, the amount of mass, and the amount the object will accelerate.
a) Newton's First Law of Motion - Inertia
b) Newton's Second Law of Motion - Acceleration
c) Newton's Third Law of Motion - Action/Reaction
d) Mass

An object in motions stays in motion, an object at rest stays at rest, until acted on by an outside force
a) Newton's First Law of Motion - Inertia
b) Newton's Second Law of Motion - Acceleration
c) Newton's Third Law of Motion - Action/Reaction
d) Mass

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