Ch 4 & 5 Flashcards

0
Q

Heat stored in the air w/water vapor.

A

Latent heat

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1
Q

A change in pressure & temperature of air rising or descending.

A

Adiabatic cooling and warming

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2
Q

Laten heat is Non sensible, cannot be felt. Also called

A

Hidden energy

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3
Q

Becomes heat of condensation when water vapor condenses and becomes liquid water droplets

A

Later heat

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4
Q

Lower angles of incidence have less

A

Energy

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5
Q

Clouds and haze deplete insolation

A

Atmosphere obstruction

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6
Q

What is always colder and hotter than water

A

Land (5x faster)

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7
Q

Higher and lower temps in what hemispheres why

A

Higher in north than south surrounded by wayer

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8
Q

Prominent controls of temperature

A

Altitude
Latitude
Land/water contrasts
Ocean currents

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9
Q

How does adiabatic cooling happen

A

Expansion=less collision=molecules spread(using energy)=lower temp.

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10
Q

Adiabatic warming

A

Compression=closer molecules=more collision= higher temp.

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11
Q

The force a gas exerts on some specified area of the container wall

A

Pressure

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12
Q

The force exerted by gas molecules in the atmosphere on earths surface it a body

A

Atmosphere pressure

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13
Q

Impact of pressure in landscape

A

Indirect impact
Affects temp.
Affects wind

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14
Q

Impact if wind

A

Obvious effects

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15
Q

Factors influencing atmosphere pressure

A

Temperature

Density

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16
Q

Temperature increase in speed

Greater force in collision an greater pressure

A

Temperature as a pressure influencer

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17
Q

Pressure of gas proportional to “”

A

Density “mass of matter in unit volume

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18
Q

motions and collisions create

A

Pressure

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19
Q

Pressure decrease with

A

Increasing altitude

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20
Q

Increased altitude causes

A

Fewer molecules to exert pressure at higher alts.

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21
Q

Low density (cold)=

A

Low pressure and vice versa

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22
Q

Strongly descending air produces a

A

High pressure at the surface

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23
Q

High pressure at the surface is called

A

Dynamic high

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24
Very cold earth surface produces a
High pressure (thermal high) at the surface
25
Air pressure is influence by
Movement of air
26
Strongly rising air produces a dynamic
Low. Low pressure at surface
27
Very low cold earth surface produces a
Thermal low (low pressure at surface)
28
Pressure measured with
Barometer instrument Units Inches of mercury Millibars (mb)
29
Avg sea level pressure is
29. 92 (in) Mercury barometer | 1013. 25 (mb) millibar
30
969-1050
Avg pressure
31
Ridge
High pressure
32
Through
Low pressure
33
Factored influencing wind movement
Pressure gradient Friction Coriolis effect
34
Pressure gradient
Closeness of isobars indicate horizontal rate of pressure change. represents "steepness" and "slope" of pressure
35
Close isobars=
Strong wind
36
Distant isobars =
Weak wind
37
Wind flows naturally from an area of
High to low pressure
38
Friction
Slows the wind down at high friction
39
Wind moves fast when
No frivtion
40
Influences and reduces the coriolis effect
Friction
41
Hill
High pressure
42
Valley
Low pressyre
43
Friction is strongest at
Earths surface
44
Coriolis effect
Apparent deflection of freely moving object from its expected (straight) path.
45
Apparent deflection is to the right of NH and left of SH
Coriolis effect
46
This is greatest at the poles
Coriolis effect
47
Progressively Weaker towards the equator
Coriolis effect
48
Zero deflection
Equayor
49
Influences speed or direction of movement?
Direction of movement
50
What is coriolis effect proportional to ?
Speed of the object
51
What speed is more deflected
Faster speed
52
Why does coriolis exist
Earth is rotating
53
This keeps the wind from flowing directly down the pressure gradient
Coriolis wffect
54
This presents coriolis effect from turning the wind back up the pressure gradient
Pressure gradient force
55
Great wind systems of the mid latitudes 30-69
Westerlies
56
Low and high pressures mix
Westerlies
57
Westerlies are affected by winds from
Any point on the compass
58
The most significant deviation from the pattern of general circulation are the
Monsoons
59
These winds are at low pressure and have a seasonal reversal of winds
Monsoons
60
Caused by sea to land movements vise versa
Monsoons
61
Partially caused by thermally induced pressure differences
Monsoons
62
Major monsoons in South Asia and east Asia
Annual best of summer monsoons and winter dry air domination
63
Minor systems in
Australia and west Africa
64
Cali winds develop a cell of high pressure persists over interior of western US for several days
Santa Anna winds
65
Ideal for wild fires
Monsoons
66
High speed/temperatures and dryness
Monsoons
67
Diverges clockwise out of high, bringing dry/warm N/E winds to the coast
Santa Ana winds
68
60 degree
Polar front