| A | B |
|---|
| volume | the amount of space an object takes up (size) |
| ruler | TOOL of measurement for volume of regular solids |
| cm3 | UNIT of measurement for volume of regular solids |
| graduated cylinder | TOOL of measurement for volume of liquids |
| mL | UNIT of measurement for volume of liquids |
| water displacement | method of finding volume of irregular solids by dropping them into water to measure the change in volume |
| L x W x H | FORMULA for volume of regular solids |
| 1 L = ____ mL | 1,000 mL |
| 1 mL = _____ cm3 | 1 cm3 |
| meniscus | curve the water makes; measure volume from the bottom |
| regularly shaped object | An object with flat sides that come to points (ex. a cube) |
| irregularly shaped object | An object that has uneven sides and edges, like a rock. |
| metric base unit for volume | liter (L) |
| conservation of mass | matter is not created or destroyed during a chemical reaction |
| mass | the amount of matter a material takes up |
| conserve | to keep constant (unchanged) |
| products | a substance that is present at the end of a chemical reaction.(on the RIGHT hand side of a chemical equation) |
| reactants | a substance that takes part in and undergoes change during a reaction (on the LEFT hand side of a chemical formula) |
| chemical reaction | the processes by which chemicals interact and rearrange to form new chemicals with different compositions. |
| arrow in a chemical equation | separates reactants and products, means "produces" or "yields" |
