Thermal pt. 1
Thermal pt. 2
RNR pt. 1
RNR pt. 2
Energy
100

2. Heat transfers from ______ to _______

hot, cold

100

7. A stove heating a pot of water

Conduction

100

11. Definition of Solar power

Energy from the sun

100

8. Explain the difference between a renewable and non-renewable resource.

Renewable can be replaced non renewable cannot be replaced

100

15. Define kinetic energy OR  give an example.

Energy of motion

Example (teacher judgement)

200

1. Definition of Conduction OR example

Heat transfer through direct touch

Example (teacher judgement)

200

7. A metal spoon in soup

Conduction

200

11. Definition of Hydropower

Energy from moving water

200

11. Definition of Geothermal

Energy that comes from the heat within the Earth 

200

16. Define potential energy OR give an example.

Stored energy

Example (teacher judgement)

300

1. Definition of Radiation OR example

Heat traveling through waves

Example (teacher judgement)

300

7. The Sun transmitting heat to a black top

Radiation

300

11. Definition of Wind energy

Energy from moving wind

300

11. Definition of Fossil Fuels

Energy that comes from living matter from a very very long time ago

300

19. Batteries will always flow from –

d. Chemical to electrical

400

1. Definition of Convection OR example

Heat rises and cool sinks

Example (teacher judgement)

400

7. Rice rises and falls in a boiling pot of water

Convection

400

9. The renewable resources are:

In any order....

Hydropower, biomass, solar, wind, geothermal

400

11. Definition of biomass

Energy from plants (or similar to plants) being burned
400

13. What two ways can potential energy be increased?

Increase height and mass
500

3. Which material had the greatest difference in initial and final temperature?

b. Aluminum Block

500

7. Popcorn in a microwave

Radiaiton

500

10. The nonrenewable resources are:

In any order

Nuclear, Fossil Fuels (coal oil and natural gas)

500

11. Definition of Nuclear

Energy that comes from atoms being split

500

14. Label the following points on the track to the right:

a. Maximum potential energy

b. Maximum kinetic energy

c. Where potential and kinetic energy are equal

Max potential- A

Max Kinetic- E

PE =KE C