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Matter
Matter Test
| Question | Answer |
|---|---|
| Matter | is anything that has mass and volume |
| Solids | definite shape and volume |
| Liquids | definite volume, but No definite shape |
| Gases | No define volume or shape |
| Plasma | Gas like mixture of + and ---- charged particles |
| Viscosity | Measure of the material resistance to flow |
| Elasticity | Measure of ability to be stretched and then return to its original size |
| Brittleness | measure a material's tendency to shatter upon impact |
| Hardness | Resistance to breaking or scratching |
| Tensile Strength | Measure of how much pulling, or tension, a material can withstand before breaking |
| Malleability | Ability to be hammered into sheets |
| Luster | shininess |
| Ductility | ability to be pulled into wires |
| Density | The amount of mass in a given volume How tightly packed the atoms or molecules are in a substance g/ML or G/L for liquids g/cm for solids |
| Fluids | Any matter that is able to flow Liquids and gases Density of a liquids might be different from the density of the same solid Most materials are denser in solid phrase than their liquid phrase |
| Exception | Water freezes with air spaces so it is less dense and floats Density of water is 1g/cm |
| Buoyancy | Upward force a fluid exerts on an object Determines whether the subject will sink or float |
| Boiling Point | Temperature at which a liquid changes into a gas |
| Melting Point | Temperature at which a solid changes to a liquid changes to a solid |
| Evaporation | process at which a liquid changes to a gas at boiling point |
| Condensation | Process at which a gas becomes a liquid Gas cooled below its boiling point |
| Sublimation | When a solid changes directly to a gas The matter doesn't melt |
| Deposition | Gas changes directly into a solid |
| Atoms are held close together by strong bonds and movement is slow is called | Solids |
| Crystalline Solids | Atoms are arranged in regular fashion |
| Amorphous Solids | atoms LACK a regular arrangement |
| Bonds are weaker and atoms are spaced father apart They take the shape of container they are in | Liquids |
| Bonds are weakest and atoms far apart Expand to fill the container they are in | Gases |
| Movement very rapid 99% of mass of our solar system | Plasma |
| High-viscosity liquids take longer to flow Low viscosity liquids flow easier Temperature raising- viscosity decreases except in gases | Viscosity |
| Rubber band, Elastic, and Playground Balls are examples of | Elasticity |
| Gold and Silver Coins, Aluminum Foil and Soda cans are example of | Malleability |
| Sulfur, Calcium and Glass is an example of | Brittleness |
| Diamonds are an example of | Hardness |
| Gold Silver, Mercury are examples of | Luster |
| Most Metals (copper, silver) is an example of | Ductility |
| Property of fibers, ropes, cables, girders DuPont Kevlar-5 times tensile strength of steel are examples of | Tensile Strength |
| Freezing Point | Temperature at which a liquid changes to a solid. |
| Water vapor - water, dew in the morning, glass of ice tea in hot weather is an example of | Condensation |
| Snow dry ice and glaciers is an example of | Sublimation |
| Sun, Stars and Lightning is an example of | Plasma |
| Why is water unusual | because it expand when it goes from liquid |
| What happens to the viscosity of water as you increase the temperature | decrease except in gases |
| Water is unusual because it _________ when it goes from liquid to a solid state | Expand |
| As a sample of matter is heated, its particles | Moves |
| The particles that make up a solid move ____________________ than do the particles that make up a gas. | Slower |
| A fluid's resistance to flows called | vicosity |
| Matter in which atoms are tightly held in place is a | Density |
| Matter in which particles are free to move in all directions until they have spread evenly throughout their container is a | Liquid |