1. The graph below represents the relationship
between the forces applied to an object and the
corresponding accelerations produced.

What is the inertial mass of the object?

Answer

2. The graph below represents the relationship
between gravitational force and mass for objects near the surface of Earth.

The slope of the graph represents the
___

Answer

3. The graph
below shows the relationship between weight and mass for a series of
objects oil the Moon.

The acceleration due to gravity on the Moon is approximately

Answer

4. Which graph best
represents the relationship between the mass (m) of a satellite launched
from Earth and the satellite's distance (r) away from Earth.

Answer

Energy Review

5. Which graph best represents the
relationship between gravitational potential energy (PE) and
height (h)
above the
ground for an object near the surface of Earth?

Answer

6. The graph below
shows elongation as a function of the applied force for two springs,
A and B.
Compared to the spring constant for
spring A, the spring constant for spring B is

(1) smaller

(2) larger

(3) the same

Answer

7. The graph below shows the relationship
between the work done by a student and the time of ascent as the student
runs up a flight of stairs.

The slope of the graph would have units of

Answer

Energy Review

8. The graph below shows the relationship
between the elongation of a spring and the force
applied to the spring causing it to stretch.

What is the spring constant for this spring?

Answer

9. The
graph below represents the relationship between the work done by a
student running up a flight of stairs and the time of ascent.

What does the slope of this graph represent?

(1) impulse (3) speed
(2) momentum (4) power

Answer

10.
Which graph best

represents the elastic

potential energy stored

in a
spring (PE s ) as a

function of its elongation,
x?

Answer

Energy Review

11. Which graph
best represents the relationship between the kinetic energy of a
moving object and its velocity?

Answer

12. The graph below represents the relationship between the force
applied to a spring and the compression (displacement) of the spring.

What is the spring constant for this spring?

(1) 1.0 N/m (3) 0.20 N/m (2) 2.5 N/m (4) 0.40 N/m

Answer

13.
Which graph best
represents the relationship between the gravitational potential energy
of a freely falling object and the object's height above the ground near
the surface of Earth?