1. Do Now Heading: Energy Conservation and Transformations
Pick up a worksheet from the front table
Take out last night’s homework to be stamped
Open your journals to the next clean page.

2. Draw/ Answer the following Problem
A man throws a 1 kg ball up in the air with an initial velocity of 10 m/s.
1) What type of energy was the ball thrown up in the air with?
Calculate it
2) At the very top of the ball’s
path, what type of energy
does the ball have?

3. Energy Transformations

4. Energy Maps

5. Create your own Energy Map for the following scenario
Create your own Energy Map for the following scenario. (Make sure to calculate the energy if you can .)
A ball is dropped off a cliff from rest.
After 10 seconds the ball hits the water.
You can hear the splash .

6. Is the ball’s kinetic energy the same at the beginning and at the end?
If we throw the ball up with an initial velocity of 10 m/s, what is the velocity of the ball when it is falling back down?
Is the ball’s kinetic energy the same at the beginning and at the end?
What is the KE?
Mass = 1 kg
Vi=10m/s
Vf=?

7. Law of Conservation of Energy

8. Gravitational Potential Energy Total Energy Of each location
A 1 kg ball is thrown up in the air with an initial velocity of 10 m/s.
We will calculate the
Kinetic Energy
Gravitational Potential Energy
Total Energy
Of each location C D B B E A A E