Show:
Heat
Energy
States of matter
Energy Types
Energy Resources
100
This does not follow the laws of expansion and contraction
What is Water
100
The average measure of thermal energy
What is temperature
100
The state of matter that has no definite shape, but has a definite volume
What is liquid
100
The energy that is molecular movement
What is Thermal
100
Two non renewable resources
What is coal, oil, gas, nuclear
200
At this temperature a solid becomes a liquid
What is melting point
200
The transfer of thermal energy
What is heat
200
Two or more atoms combined
What is a molecule
200
The energy that is released during chemical reactions
What is Chemical Energy
200
Two renewable resources
What is wind, solar, biomass, water, geothermal
300
At this temperature a liquid becomes a solid
What is Freezing Point
300
Mechanical energy is a combination of
What is kinetic and potential energy
300
Affects how much the temperature of a substance increases
What is mass, material, and amount of heat
300
Fusion and Fission give off
What is Nuclear energy
300
2 environmental risks of harnessing energy
What is nuclear accidents, radioactive waste, oil spills, acid rain, global warming, land destruction, air pollution
400
What decreases when heat is added molecular movement or density?
What is Density
400
The amount of matter compacted into a certain amount of space
What is density
400
What energy transfers through heat and light?
What is radiant energy
400
The type of energy when electrons move through a substance
What is Electrical energy
400
What has greater thermal energy: 1 gram of lava rock or 1 gram of magma
What is magma
500
What increases when heat is added?
What is Molecular movement
500
A small lake will freeze faster than a large lake because it has
What is less mass
500
What has more density a rock or a tennis ball
What is a tennis ball
500
The energy related to motion and movment
What is Mechanical Energy
500
What is a better thermal conductor: solid or gas
What is solid, because the heat energy can be transferred easily from atom to atom because they are practically touching