2. Volume Matter Density Texture Increase Decrease Remove heat Add Heat Alter

3.  Amount of a liquid, could use a graduated cylinder to measure.  The amount of space an object takes up.

4.  Any object that takes up space.

5.  Objects with higher densities sink.  Objects that are less dense float.

6.  How an object feels.

7.  To go up.

8.  To go down.

9.  To make cooler.  When you remove heat the object will get colder.

10.  To make warm  When you add heat the object gets warmer.

11.  To change.

12. Magnetic Table/ chart Boil Evaporation solid Liquid GAS Difference Floating

13.  To attract to a magnet.  Do all metals attract to a magnet?  Which metals always attract to a magnet?

14.  A organized way for a scientist to collect data.  Consists of rows and columns.  Always uses lables.

15.  When heat is added to a liquid it can occur.  Bubbles occur in the liquid it is the sign of boiling.  Thermometers are used to see if you are reaching the boiling point

16.  Evaporation occurs when liquids are heated.  Can happen with just the sun or a hot plate.  Liquids will decrease when evaporation occurs.

17.  Definite shape, Definite volume.  Molecules in tight rows and columns.  Very little movement in the molecules.  Soliders.

18.  Takes the shape of the container.  Loosely moving molecules.  Wiggle room  Hot water molecules mover faster than cold water molecules.

19.  To subtract.  Displacement of water. Difference of the volume of water at the starting point and after you dropped an item in the graduated cylinder.

20.  To be less dense than liquid.  Rises to the top of water.  Opposite of sinking.

21.  Completely fills the container.  No definite shape.  Molecules bouncing all over the place.  Crazy