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weather dynamics
science
| Term | Definition |
|---|---|
| WEATHER DYNAMICS | the study of how the motion of water and air causes weather patterns; air pressure and ocean currents are two examples of weather dynamics |
| WEATHER | the conditions outside considered from day to day; compare with climate |
| STRATUS CLOUDS | clouds with a flattened, layered shape; usually indicate stable weather. |
| RADIATION | the transfer of energy by means of waves that do not require a medium. |
| OROGRAPHIC CLOUDS | clouds that form when air moves up a mountain, expands at the lower pressure, and cools. |
| HEAT COMPACITY | the measure of how much heat a substance requires to increase its temp or how much heat it releases as its temp decreases. |
| HEAT SINK | any object or material that absorbs energy and becomes warmer; the atmosphere and oceans are examples of heat sinks. |
| HYDROSPHERE | all of earths water both fresh and salt, liquid and ice; the hydrosphere makes up around 70% of earths surface. |
| FRONTAL CLOUDS | clouds that form where the front of a large moving mass of air meets another air mass of a different temp. |
| CUMULUS CLOUDS | clouds with a billowing, rounded shape; usually indicates unstable weather. |
| CLIMATE | weather conditions of an area averaged over many years. |
| CONVECTIVE CLOUDS | clouds formed from convection, that is, when air near the ground absorbs energy from heated surfaces (oceans, lakes, asphalt, concrete, dirt) becomes warmer and less dense and rises in the atmosphere; most clouds are convective. |
| CONDUCTION | the transfer of energy through the collision of particles. |
| CONVECTION | the verticle transfer of energy by the movement of particles in a fluid. |
| ELECTROMAGNETIC SPECTRUM | the set of waves that can travel through empty space at the speed of light. |
| ADVECTION | the horizontal transfer of energy by the movement of particles in a fluid. |