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Heat Vocabulary

Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

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Page 1: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Heat Vocabulary

Page 2: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

INSULATOR

Page 3: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

material in which thermal energy doesn’t move

easily

Page 4: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Examples: A glove used to take

something out of the oven. Heat

doesn’t transfer so you don’t get

burned

Page 5: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

CONDUCTION

Page 6: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

movement of thermal energy from one object

to another where they

touch

Page 7: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Examples: Rubbing your

hands together, touching a hot

stove

Page 8: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

CONDUCTOR

Page 9: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

material in which thermal energy moves easily

Page 10: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Example: A pot is a good

conductor. It heats the pot and

cooks the food

Page 11: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

CONVECTION

Page 12: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

the movement of thermal energy

from one place to another in

moving liquids, gases

Page 13: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Example: Sticking your hand in a hot

bath will warm up your hand

Page 14: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

ENERGY

Page 15: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

the ability to cause

change

Page 16: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Example: It requires energy to move a desk (to

change locations) energy is used to tear paper, etc

Page 17: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

FRICTION

Page 18: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

force between 2 moving objects that makes it

hard for objects to move

Page 19: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

HEAT

Page 20: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

the movement of thermal

energy from one place to

another

Page 21: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

RADIATION

Page 22: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

the movement of thermal energy

without any objects touching

or moving

Page 23: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

EX: The heat we get from the sun w/o touching it, warmth from

standing near a fire

Page 24: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Temperature

Page 25: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Measure of how hot or cold something

is

Page 26: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

The temperature was 55 degrees Fahrenheit or

Celsius

Page 27: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Thermal Energy

Page 28: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Energy that moves

particles in matter

Page 29: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Let’s review some basics about heat

Page 30: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

How does heat move or

transfer?

Page 31: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

From warmer things to cooler. Hot

Chocolate heats the

cooler cup.

Page 32: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Person and a warm bath.

How does heat transfer?

Page 33: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

From the bath to the person

Page 34: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

A hot stove and a cold pot.

How does heat transfer?

Page 35: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

From the hot oven to the

cold pot

Page 36: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

What tool do we use to measure

temperature?

Page 37: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Thermometer

Page 38: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Name some sources of heat

Page 39: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Sun, stove, fire, matches, heater,

Page 40: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

When stirring your soup what type of spoon will conduct

heat the best…wooden, metal, or

plastic

Page 41: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

metal

Page 42: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

What is an insulator?

Page 43: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Material that keeps heat in

Page 44: Heat Vocabulary. INSULATOR material in which thermal energy doesn’t move easily

Example: A hat keeps heat from escaping head, a

blanket keeps heat in