| A | B |
|---|
| 1in = _____ cm | 2.54 |
| 1 m = ____ cm | 100 |
| 1 cm = ____ mm | 10 |
| 1 ml of water has a mass of ___ | 1 g. |
| 1 ml of water has a volume of ___ | 1 cc |
| Density = ______ / ______ | mass / volume |
| units for Density (usually used in this course) | g/cc |
| units for mass (usually used in this course) | g |
| units for volume of a liquid (usually used in this course) | ml |
| 1 liter = ____ ml | 1000 |
| melting point of water | 0 degrees celcius |
| boiling point of water | 100 degrees celcius |
| room temperature | 20 degrees celcius |
| kilo means ___ | 1000 |
| Is able to be compressed | gas |
| has a definite volume | solid and liquid |
| has an indefinite volume | gas |
| has a definite shape | solid |
| has an indefinite shape | liquid and gas |
| has mass | solid, liquid, and gas |
| close packed atoms that interface only with nearby atoms | solid |
| 99% of mass in the universe is a | plasma |
| extremely hot gas | plasma |
| matter in the sun would be a | plasma |
| matter at very low temperatures | BEC (Bose-Einstein Condenstate) |
| ____ energy of matter is due to motion | Kinetic |
| _____ theory of matter says that all particles of matter are in constant motion | Kinetic |
| allows a gas to fill a container of any shape or size | constant motion of particles |
| forces of attraction: very low | gas |
| forces of attraction: medium | liquid |
| forces of attraction: strong | solid |
| particles vibrate around a fixed location | solid |
| a liquid with high viscosity would have stronger or weaker attraction between particles | stronger |
| If 6 g of a substance has a density of 12 g/cc, what would be the volume | 1/2 (.5) cc |
| If 6 cc of a substance has a density of 12 g/cc, what would be the mass | 72 g. |
| If 6 grams of a substance has a volume of 12 cc, what would the density be | 1/2 (.5) g/cc |
| If 6 cc of a substance has a mass of 12 g, what would the density be | 2 g/cc |
| If 12 g of a substance has a density of 6 g/cc, what would be the volume | 2 cc |
| If 12 cc of a substance has a density of 6 g/cc, what would be the mass | 72 g. |
| If 12 grams of a substance has a volume of 6 cc, what would the density be | 2 g/cc |
| If 12 cc of a substance has a mass of 6 g, what would the density be | 1/2 (.5) g/cc |
| 350 cm = ____ m | 3.5 |
| 2 inches = _____ cm | 5.08 |
| 100 mm = _____ cm | 10 |
| absolute zero = ____ degrees c | -273.15 |
| 0 degrees K = ____ degrees c | -273.15 |
| If D = M/V then V = ____ | M/D |
| If D = M/V then M = ____ | D x V |
| can be compressed | gas |
| temp. stays same, pressure increases, volume will | decreases |
| if pressure stays same, volume increases, temp. will ... | increase |
| volume stays same, temp. increases, pressure will | increase |
| temp. stays same, volume increases, pressure will ... | decrease |
| volume stays the same, pressure increases, temperature will ... | increase |
| pressure stays the same, temperature increases, volume will ... | increase |
| temp. stays same, P(1) = 12, V(1) = 4; P(2) = 6, V(2) = ___ | 8 cc |
| pressure stays the same; T(1) = 6, V(1) = 12; T(2) = 2; V(2) = ___ | 4 cc |
| volume stays same; P(1) = 12, T(1) = 4; T(2) = 4, P(2) = ___ | 12 Pa |
| temp. stays same; P(1) = 12, V(1) = 3; V(2) = 2, P(2) = ___ | 18 Pa |
| units for force: ____ | newtons |
| units for pressure: ___ | pascal |
| Sn | tin |
| Au | gold |
| K | potassium |
| Ag | silver |
| B | boron |
| lead | Pb |
| Na | sodium |
| Magnesium | Mg |
| iron | Fe |
| Beryllium | Be |
| Calcium | Ca |
| Mercury | Hg |
