unit+2+matter

​ none completed || 1 2 3 **4** || 14/24 || One task missing
 * I can choose five important content words and define. || I can read and highlight key ideas about matter. || I can watch, listen and take notes on the key ideas of matter. || I can listen and take notes on key ideas of matter. || I can illustrate the difference between the three ways matter can be heated. || I can distinquish one phase of matter from another. || I can define important content vocabulary || I can compose a poem || Total ||
 * 1 2 3 4 || 1 2 3 4 || 1 2 **3** 4 || 1 2 **3** 4 || 1 2 3 4 || 1 2 3 **4** || 1 2 3 4



Conduction

Direct contact heats Matter. Which we can use to cook batter. When pancakes cook on a griddle. Molecules jump around like a riddle.

Convection

Heats by rising and sinking. It makes people want to start thinking. It's like a balloon and a chest. It will be something you have to test.

It's like surfing a wave but with heat. Alot of people like cooking meat. It doesn't need matter to travel. Especially not rock hard gravel.

Conclusion

As you can see these are the three ways to heat matter

Solid=Definate Shape and Definate volume liquid=no definate shape, definate volume gas= no definate shape, no definate volume Heat=Flow of energy from warmer to cooler Temperature=Measures the average heat of a particle expanding=increased motion makes the particles/ atomswith one another contract=Subtracting heat from matter causes the particles to move slower Conduction=Heats by direct contract Convection=Heats by rising and sinking radiation=Doesn't need matter to travel thermal energy=energy in particles Insulator=the flow of electric Freezing point=liquid to solid Boiling point=liquid to a gas Melting point=solid to liquid Evaporation=liquid to gas condensation=gas to liquid