Heat Transfer
Thermal & Kinetic Energy
Insulators Vs. Conductors
Specific Heat
Particle Motion
100

This type of heat transfer happens when you touch a hot pan.

Conduction
100

When temperature increases, particle speed does this

increases

100

A material that allows heat to move through it quickly.

conductor

100

The term for how much energy it takes to change a substance's temperature.

specific heat

100

What state of matter has particles vibrating in place?

solid

200

This type of heat travels through waves and does not need matter.

radiation

200

When temperature decreases, kinetic energy does this.

decreases

200

A material that slows heat transfer.

insulator

200

If something has a high specific heat, does it heat up fast or slow?

slow

200

What state has particles moving fast and far apart?

gas

300

This type of heat transfer happens in liquids and gases due to moving current

convection

300

This type of energy is the movement of particles.

kinetic energy

300

Foam coolers are good because they do this to thermal energy. 

slow it down

300

Which would heat up faster: metal or water?

metal

300

What happens to the kinetic energy of gas particles if they are cooled?

decreases

400

This explains why your hand gets warm from a hand warmer in your glove.

conduction

400

Which would have faster moving particles — boiling water or ice?

boiling water

400

Is metal a conductor or insulator?

conductor

400

If you want a spacecraft part that stays cool, you want high or low specific heat?

high

400

What state of matter are particles sliding past one another?

liquid

500

Name one real-life example of convection.

 

Boiling water current

500

During a phase change, this stays the same even though energy is added.

temperature

500

Give one example of an insulator

wood

500

Name the material (from the chart) that had the highest specific heat.

beryllium

500

During melting does temperature change or stay the same? 

Stays the same

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