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CH 6. 2
Energy Transfer in the Atmosphere
Question | Answer |
---|---|
ninety nine percent of the radiation earth receives from the sun is _____ | visible light, ultraviolet, infrared radiation |
about 20% of the radiation from the sun is _____ | absorbed by particles in the atmosphere |
about 25 percent of the radiation from the sun is _____ | reflected by clouds |
about 5% of the radiation from the sun is _____ | reflected by land and sea surface |
about 50% of the suns rays are _____ | received and absorbed |
absorbed radiation is reemitted as _____ | infrared radiation |
radiation balance | the radiation being absorbed into the atmosphere and being reflected are the same |
3 kinds of energy transfer | CONDUCTION CONVECTION LATENT HEAT |
conduction | the transfer of thermal energy by collisions between particles of matter |
reflect | bounce back |
radiation | electrometric waves that transfer thermal energy |
convection | the transfer of thermal energy by the movement of matter from one place to another |
stability | strength or weakness of circulating air motions |
temperature inversion | condition in the troposphere that involves a temperature increase with altitude |
process | series of actions |
in what form does solar energy travel to the earth | through the process of radiation (Visible light, UV rays, Infrared radiation) |
what gases contribute the most in the green house affect | water vapor, carbon dioxide, and methane |
when warm air rises, energy is transferred to the atmosphere by _____. | convection |
rising air is always accompanied by _____ air. | sinking |
air moving over a mountain range is called a(n) _____ | mountain wave |
mountain waves create _____ clouds | lenticular |
when air is _____, the vertical movements of air are strong | unstable |
when air is _____, the vertical movements of air are weak | stable |
a(n) _____ occurs when air in the upper troposphere is warmer than air in the lower troposphere | temperature inversion |
temperature inversions can cause a build up of _____ at lower altitudes | air pollution |
the second layer in the atmosphere, the _____, includes a region known as the ozone layer | stratosphere |
birds, bats, and insects fly in the _____, which is the lowest layer in the atmosphere | troposphere |
the _____ is the layer between the stratosphere and the thermosphere | mesosphere |
beyond the thermosphere is the _____, which is the atmospheric layer that is farthest from earth's surface | exosphere |
earth's _____ contains water vapor, nitrogen, carbon dioxide, oxygen, and other gases | atmosphere |
the _____ extends from the mesosphere to the exosphere | thermosphere |
spectacular auroras might occur when charged particles in the _____ emit vivid colors. | ionosphere |
transfer of energy by electromagnetic waves | radiation |
which three components make up almost all the energy earth receives from the sun | Visible light, Ultraviolet, and Infrared Radiation |
how do bright surfaces on earth affect what happened to incoming sunlight | it reflects it back into the atmosphere |
what is radiation remitted as | infrared radiation (heat) |
how much incoming solar radiation is absorbed by earths atmosphere | about 20% |
how much incoming solar radiation reaches earth's surface and is absorbed | about 50% |
conduction, convection, radiation: the warming of the sun's rays | radiation |
conduction, convection, radiation: the flow of ocean currents | conduction |
conduction, convection, radiation: a branding iron making a mark | radiation |
conduction, convection, radiation: hot feet from hot sand | conduction |
conduction, convection, radiation: a cool breeze | convection |
conduction, convection, radiation: heat from glowing coals | radiation |
conduction, convection, radiation: high-altitude air streams | convection |
conduction, convection, radiation: the warmth of a heating pad | conduction |
absorbs or releases heat: water freezing | releases |
absorbs or releases heat: ice melting | absorbs |
absorbs or releases heat: water evaporating | absorbs |
absorbs or releases heat: water vapor condensing | releases |
short wavelengths; high energy | UV rays |
long wavelengths; low energy | infrared radiation |