2. Gravity &
Motion Friction Forces
Weight
100 100 100 100
200 200 200 200
300 300 300 300
400 400 400 400
Bonus Question
(make your wager)

3.  Question:
 When an object changes it’s
position, it is in _________.
 Answer:
 motion

4.  Question:
 How fast an object moves is it’s
_________.
 Answer:
 speed

5.  Question:
 Measuring distance tells you
how far an object has _______.
 Answer:
 moved

6.  Question:
 Words like: below, left, right,
ahead, beside and behind give
clues about ________.
 Answer:
 an object’s position

7.  Question:
 Scientists measure weight in
_______.
 Answer:
 Newtons

8.  Question:
 Things fall to earth because they
are pulled by Earth’s ________.
 Answer:
 gravity

9.  Question:
 Your weight on the moon would
be _______ than on Earth
because _______.
 Answer:
 less because there is less gravity on
the moon

10.  Question:
 Gravity is
______________________.
 Answer:
 the pulling force between two objects.

11.  Question:
 Frictionslows down an object’s
_______.
 Answer:
 speed

12.  Question:
A force that occurs when one
object rubs against another
object is _______.
 Answer:
 friction

13.  Question:
 To reduce friction, people use
_______.
 Answer:
 Slippery things

14.  Question:
 Making a slide smoother will
________.
 Answer:
 decrease the friction to go down faster

15.  Question:
 All pushes and pulls are called
_______.
 Answer:
 forces

16.  Question:
 Forces always work in
________.
 Answer:
 pairs

17.  Question:
 An object changes it’s motion
when the forces acting upon it
are ________.
 Answer:
 unbalanced

18.  Question:
 Distance is
_________________.
 Answer:
 the length between two places

19.  Question:
 Give an example of balanced
forces
 Answer:
 Two children pulling at two ends of a
rope equally. The rope will not move.

20. Designed by Mrs. Kreais
with the help of the following resources:
 http://world.std.com/~eshu/dbug/DBUGJeopardy.htm
 http://www.jmu.edu/madison/teacher/jeopardy/Create_Jeopardy.pdf