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Thermodynamics
Term | Definition |
---|---|
State of Matter | Is one of the distinct forms in which matter can exist |
Solid | In this form the particles are tightly packed, vibrating in place, with little space between the particles for movement. |
Liquid | In this form the particles are packed together but have enough room to flow over one another. |
Gas | In this form the particles are not tightly packed, spaced apart, moving randomly in straight lines until they collide with another particle or the side of the container. |
Solid | In this form the thermal energy is low. |
Liquid | In this form the thermal energy is medium, not too high and not too low. |
Gas | In this form the thermal energy is at its highest. |
Solid | This form has definite shape and definite volume. |
Liquid | This form has no definite shape but does have a definite volume. |
Gas | This form has no definite shape and has no definite volume |
Thermal Energy | The energy contained within a system that is responsible for its temperature. |
Kinetic Energy | Is the energy an object has because of its motion. |
Temperature | Is the measure of the average kinetic energy of the particles in a a matter. |
Matter | Any material or substance that occupies space, and has mass. |
Volume | How much space matter takes up. |
Fahrenheit | Is a temperature scale used primarily in the USA. |
Celsius | Is a temperature scale use by scientist and most of the world except the USA. |
Kelvin | Is the temperature scale that is based off absolute zero and has no negative numbers. |
Absolute Zero | This is the moment when all molecular motion stops. |
Freezing Point | When matter changes from a liquid to a solid. |
Melting Point | When matter changes from a solid to a liquid. |
Celsius Freezing Point | 0 degrees |
Celsius Melting Point | 100 degrees |
Fahrenheit Freezing Point | 32 degrees |
Fahrenheit Melting Point | 212 degrees |
Thermometer | Is used to measure the average kinetic energy of a substance. |