Chapter 11 Part 1 Flashcards

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1
Q

weather

A

day to day fulctuations of the atmosphere in some location

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2
Q

climate

A

long-term aggregate of weather patterns in a region

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3
Q

4 elements that compose the atmosphere

A

nitrogen gas, oxygen gas, argon, carbon dioxide

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4
Q

% of nitrogen gas

A

78

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5
Q

% of oxygen gas

A

21

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6
Q

% of argon

A

1

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7
Q

% of carbon dioxide

A

0.039

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8
Q

air is a ______ of gases

A

mixture

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9
Q

variable components of the atmosphere

A

water vapor, aerosols, ozone

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10
Q

water vapor

A
  • as much as 4% of air volume (temperature dependent)
  • absorbs heat energy from Earth
  • greenhouse gas
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11
Q

aerosols

A
  • tiny solid and liquid particles that are suspended in the atmosphere
  • reflect/scatter light from the sun
  • act as surfaces where water vapor can condense
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12
Q

ozone location is (uniform/not uniform)?

A

not uniform

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13
Q

dominant location of ozone

A

stratosphere

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14
Q

how is ozone created?

A

when single atom of oxygen and molecule of oxygen collinde in the presence of a third, neutral molecule that acts as a catalyst

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15
Q

Atmospheric pressure

A

the weight of air over some area

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16
Q

atmospheric pressure at sea level

A

<1000 millibars

14.7 lbs/in^2

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17
Q

Pressure _______ as altitude _____

A

decreases, increases

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18
Q

1/2 of the atmosphere by mass is found within

A

3.5 miles (5.6 km) of sea level

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19
Q

90% of the atmosphere is within

A

10 miles (16 km)

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20
Q

chloroflourocarbons

A

most significant of the offending chemicals to the ozone layer

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21
Q

troposphere

A
  • bottom layer we live in
  • temperature decreases with an increase in altitude
  • region where air “turns over”
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22
Q

environmental lapse rate

A

temperature decrease in the troposphere

23
Q

radiosonde

A

an instrument package that is attached to a balloon and transmits data by radio as it ascends through the atmosphere

24
Q

mesosphere

A

colder region in the atmosphere

25
Q

mesopause

A

where the coldest temperatures anywhere in the atmosphere occur

26
Q

thermosphere

A

fourth layer that has extremely high temperatures

27
Q

Temperature is defined in terms of

A

the average speed at which molecules move

28
Q

Insolation stands for

A

incoming solar radiation

29
Q

rotation

A

Earth rotates around its axis

30
Q

revolution

A

Earth revolves around the sun

31
Q

circle of illumination

A

line separating the dark half of Earth from the lighted half

32
Q

As a result of the changing sun angle during the year, we

A

receie different intensities of light and different lengths to our days

33
Q

March 21, 22

A

vertical rays strike the equator

spring equinox in N. Hemisphere, fall equinox in S. Hemisphere

34
Q

June 21, 22

A

vertical rays of the Sun strike 23 1/2 degrees north latitude
summer solstice in N. Hemisphere and winter solstice in S. Hemisphere

35
Q

Sept. 22, 23

A

vertical rays strike the equator

fall equinox in N. Hemisphere, spring equinox in S. Hemisphere

36
Q

Dec. 21, 22

A

vertical rays strike 23 1/2 degrees south latitude; winter solstice in N. Hemisphere, summer solstice in S. Hemisphere

37
Q

the farther north you are on June 21, the longer

A

period of daylight

38
Q

energy

A

capacity to do work

39
Q

heat is synonymous to

A

thermal energy

40
Q

heat

A

energy possessed by a material arising from the internal motions of its atoms or molecules

41
Q

temperature

A

average kinetic energy of the material’s atoms or molecules

42
Q

heat generally refers to

A

quantity of energy present

43
Q

temperature generally refers to the

A

intensity, or degree of “hotness”

44
Q

conduction

A

heat transfer via direct contact/molecular collision

45
Q

good conductors

A

metals

46
Q

conduction is only important between

A

Earth’s surface and the air directly in contact with the surface

47
Q

convection

A

mass movement or circulation in a substance (usually vertical)

48
Q

where does convection take place?

A

in fluids

49
Q

radiation

A

travel of radiant energy (waves) through space

50
Q

radiation travels through the

A

vacuum of space

51
Q

radio waves

A

longest wavelengths, least powerful

52
Q

gamma waves

A

shortest wavelengths, most powerful

53
Q

Basic laws governing radiation

A

1) All objects, at whatever temperature, emit radiant energy
2) Hotter objects radiate more total energy per unit area than colder objects.
3) The hotter the radiating body, the shorter wavelength of maximum radiation.
4) Objects that are good absorbers of radiation are also good emitters

54
Q

gasas are ______ absorbers and radiators

A

selective