Show:
Motion
Force
Potential Energy
Kinetic Energy
Blast from the past
100
Motion is described by an objects __________ and ________.
Direction and Speed
100
Name 3 types of force
Gravity, friction, elasticity, electricity, and magnetism
100

Potential Energy is defined as

Stored energy

100

Kinetic Energy is defined as

The energy of motion

100

Rusting is what type of change

Chemical change

200
Examples of directions are...
Up, Down, Foward, Backwards, etc
200
What is the force that occurs when matter rubs against matter?
Friction
200

Where on a pendulum is Potential energy the highest

At the extremes of the period

200

Which has more kinetic energy a fast ball thrown by Tyler S., or an underhanded pitch thrown by Mr. Heselton?

Fast ball by Tyler

200

Name the three things found in and around the nucleus

Proton, Neutron, and electron 

300

Speed equals ________ divided by ________ spent moving.

distance, time

300

What force makes the roller coaster go down the hill?

Gravity

300
The _________ an object is the more potential energy it has.
higher
300
All ______ objects have kinetic energy.
Moving
300

How many valence electrons does oxygen have?

6

400
What is the property of matter that causes it to resist an change of its motion in either speed or direction.
Inertia
400

Friction resists 

Motion

400
Where would a child have more potential energy at the top of a slide or at the bottom.
top
400
What is one time of the day that you use kinetic energy?
Example: gym, recess, or taking notes.
400

Make an ionic compound

NaCl, OBe, LiF...

500
Only one thing can stop a body in motion. What is it?

an unbalanced force

500

All forces are

Vectors

500

Name three different objects in the room with potential energy, then order them from most potential energy to least.

Example: clock, a book on a desk, and a pencil on the floor.

500

Make an energy bar chart for someone running to catch a baseball in gym class

High kinetic energy high total

500

Balance this equation: 

__ C3H8 + __ O2 --> __ H2O + __ CO2

0, 5, 4, 3