Meteorology test vocab Flashcards

1
Q

movement of energy in the form of waves; travels through all directions **does not require medium

A

Radiation

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2
Q

trapping of the suns energy by the earth

THIS IS A NATURAL PROCESS

A

Greenhouse effect

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3
Q

average kinetic energy of the atoms or molecules in a particular substance

A

Temperature

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4
Q

the energy transferred from one object to another because of a difference in their temperatures

A

Heat

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5
Q

when light bounces off an object

A

Reflection

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6
Q

heat transfer where 2 objects are in direct contact **requires medium

A

Conduction

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7
Q

heat transfer where 2 objects aren’t in direct contact **requires medium

A

Convection

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8
Q

produces larger # of weaker rays that travel in different directions

A

Scattering

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9
Q

lines on a map that connect places of equal temperature

A

Isotherm

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10
Q

the fraction of total radiation that is reflected by any surface

A

Albedo

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11
Q

water that falls from the atmosphere to Earth

A

Precipitation

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12
Q

solid —> gas (skip liquid); up in Energy

A

Sublimation

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13
Q

gas—> solid (skip liquid); down in Energy OPPOSITE OF SUBLIMATION

A

Deposition

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14
Q

amount of water vapor in the air

A

Humidity

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15
Q

% of moisture air can hold

A

Relative humidity

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16
Q

the temperature at which water vapor condensates @ which evaporates

A

Dew point

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17
Q

suspended particles that provide the necessary surfaces for cloud forming condensation

A

Condensation nuclei

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18
Q

piled thick fluffy masses “piles” that produce good weather; low clouds

A

Cumulus

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19
Q

thin and wispy high clouds made up of ice crystals, mean good weather

A

Cirrus

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20
Q

low sheets, covering, produce rain (medium height)

A

Stratus

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21
Q

the state of the given atmosphere at a given time/ place (short term condition of the atmosphere)

A

Weather

22
Q

observations of weather over a long period of time (long term like 30 yrs average of weather conditions/ extremes)

A

Climate

23
Q

blanket of gas surrounding Earth

A

Atmosphere

24
Q

layer that filters most UV radiation and all of the sun’s UV rays

A

Ozone

25
Q

horizontal air movement

A

Layers

26
Q

vertical air movement

A

Piles

27
Q

fine drops.. less than .5mm in diameter

A

Drizzle

28
Q

larger drops.. .5mm–> 5mm diameter

A

Rain

29
Q

falls in clumps of 6-sided crystals

A

Snow

30
Q

acid drops that fall to ground

A

Acid Precipitation

31
Q

measures relative humidity

A

Psychrometer

32
Q

large clouds that grow up and produce very large thunderstorms

A

Cumulonimubus

33
Q

instrument used to measure temperature

A

Thermometer

34
Q

2nd layer in the atmosphere, temp increases as you get closer to mesosphere; where ozone layer is; where aircraft fly

A

Stratosphere

35
Q

4th layer in atmosphere; temperature increases (2500 degrees C); space shuttles and auroras ; tiny bit of atmosphere

A

Thermosphere

36
Q

3rd layer in atmosphere; temp decreases as altitude increases; where meteors burn up;

A

Mesosphere

37
Q

closest layer to the surface; temp decreases as altitude increases

A

Troposphere

38
Q

5th and farthest layer; atoms escape into space; satellites orbit

A

Exosphere

39
Q

June 21/22 the Northern Hemisphere is leaning 23.5 degrees towards the sun, making it the 1st day of SUMMERRRR

A

Summer Solstice

40
Q

3 oxygen atoms bonded together (O3 ozone symbol); absorbs 99% of harmful UV rays; result of chlorofluorocarbons (CFC’s)

A

Ozone layer

41
Q

December 21/22 the Northern Hemisphere leans 23.5 degrees away from the sun, first day of WINTERRR

A

Winter Solstice

42
Q

September 22/23 is the midway point of the solstices and is the first day of FALLLLL

A

Autumnal Equinox

43
Q

March 21/22 the midway point of solstices; first day of Spring(ew)

A

Spring Equinox

44
Q

gas–> liquid

A

Condensation

45
Q

most important gas in the atmosphere

A

Water vapor

46
Q

particles not packed; High Engery; assume both volume and shape of the container

A

Gas

47
Q

particles packed together loosely; moderate energy; particles retain volume but assume the shape of the container

A

Liquid

48
Q

Particles packed tightly; low Energy; retain shape and volume

A

Solid

49
Q

liquid–> solid; down in Energy

A

Freezing

50
Q

gas–> liquid; down in Energy

A

Condensation

51
Q

solid–> liquid; up in Energy

A

Melting

52
Q

liquid–> gas; up in Energy

A

Evaporation