The speed you read on a speedometer is ____.

3 m/s north is an example of a(n) ____.

A merry-go-round horse moves at a constant

speed but at a changing ____.

Acceleration is rate of change of ____.

If you ride your bike up a hill, then ride down the

other side, your acceleration is probably____.

Inertia varies depending on ____.

Newton's first law of motion is also called the

law of ____.

The relationship among mass, force, and

acceleration is explained by ____.

The acceleration due to gravity is ____.

For any object, the greater the force that's applied

to it, the greater its ____ will be.

The size of the gravitational force between two

objects depends on their ____.

As you get farther from the center of Earth, your

weight will ____.

A real car moving at 10 km/h has more

momentum than a toy car moving at the same

speed because the real car ____.

In the equation p = m x v, the p represents ____.

The statement "to every action there is an equal

and opposite reaction" is ____.

When two balls collide, the momentum of the

balls after the collision is explained by ____.

Which segment from Fig.1 shows the object

at rest?

Which segment from Fig. 1 shows the

greatest speed?

In Fig. 1, during segment D-E the object is

__________.

In Fig.1, during B-C the object is

___________________.

In Fig.2, which of the following segments

show the object at rest?

In Fig. 2, which line segment indicates the

greatest constant speed?

In Fig. 2, during B-C the object is

__________.

In Fig.2, Which segment shows the greatest

positive acceleration?

If you ride your bicycle down a straight road for

500 m then turn around and ride back, your

distance is ____ your displacement.

A horizontal line on a velocity/time graph shows

____ acceleration.

In the absence of air, a penny and a feather that

are dropped from the same height at the same

time will ____.

According to Newton's second law of motion,

____.

A 300-N force acts on a 25-kg object. The

acceleration of the object is ____.