Ch4 and 5 Flashcards

0
Q

•Ability to do work-takes various forms.

A

Energy

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1
Q
  1. Organisms have temp tolerances
  2. Affects human built landscape
  3. Affects inorganic components of landscape
A

Impact of temp on landscapes

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2
Q

Form of energy

Movement of atoms (kinetic energy)

A

Temp and heat

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3
Q

Expression/ measurement of heat

Fahrenheit/ Celsius/ kelvin

A

Temperature

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4
Q

Electromagnetic radiation (energy in light) (waves)

A

Solar energy

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5
Q

•changes state or condition of matter

A

Energy

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6
Q

Never created not destroyed

A

Energy

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7
Q

Energy of movement from hot to cold

A

Energy

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8
Q

Average kinetic energy of molecules in a substance.

A

Temperature

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9
Q

Energy that transfers from one object to another

A

Heat

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10
Q

Sun

A

(Solar energy)

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11
Q

Only significant for source of energy of earths atmosphere

A

Sun

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12
Q

Does not require a medium (presence of matter)

A

Solar energy (light energy)

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13
Q

This results in the intensity if dollar energy and diminishes w/distance from the sun.

A

Divergence from the central focus (sun)

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14
Q

Short wave radiation

A

Incoming solar radiation energy

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15
Q

Outgoing radiation (energy)

A

Long wave radiation

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16
Q

Insolation

A

Incoming solar radiation SHORT

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17
Q

Terrestrial energy

A

LONG

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18
Q

Radiation

A

All objects rotate electromagnetically

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19
Q

Hot objects radiate w/

A

Greater intensity than cooler objects

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20
Q

Atoms vibrate less rapidly

A

Reflection

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21
Q

Good absorber of insolation (atoms vibrate more rapidly)

A

Warms up rapidly, absorber

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22
Q

In scattering, Gas molecules and particulate matter do what?

A

Deflects light waves and redirects them.

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23
Q

Some of the waves are back scattered to space

A

Scattering

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24
Light passes THROUGH a medium as when light passes through clear glass
Transmission
25
Greenhouse effect
1. ) atmosphere easily transmits shortwave radiation from sun 2. ) atmosphere is poor transmitter of long wave energy radiated from earths surface
26
Conduction
Heat energy (vibration of atoms) passes from one place to another
27
Conduction examples
Metallic, ceramic, foam cup temps. Foam is poor heat conductor
28
Evaporation
Liquid goes from water to gas (water vapor)
29
Cooling process where sensitive heat "latent heat" is stored
Evaporation
30
Condensation
Liquid goes from gas to liquid
31
A warming process "latent heat" is released.
Condensation
32
Mass and volume ; solids liquids gases atomic particles
Matter
33
Visible light, microwaves, x-rays, radio waves
Electromagnetic radiation
34
Oscillation if electrons
Waves of energy move through space by way of rapidly oscillating electromagnetic fields
35
travels through space w/o loss of energy. intensity diminishes traveling through spherical body w/ increased distanced rom sun
Waves
36
Violet
Short length radiation
37
Blue
Long wavelength including green yellow orange and res
38
Electromagnetic emission magnetic energy is emitted from an object
Radiation
39
Cooler bodies =
Long waves
40
Rock and souls are great
Absorbers/ radiators
41
Change in direction of light waves sometimes continue eventually striking surface causing..
Scattering, "diffuse radiation"
42
Short waves transmit long waves don't readily transmit easily through terrestrial radiation
Greenhouse effect
43
Storms fueled by release of
Latent heat
44
Global energy budget
Annual balance between coming and outgoing radiation
45
Angle at which rays from the sun strike earths surface
Angle of incidence
46
Primary determinant of the intensity of solar radiation received name any spot on earth
Angle of incidence
47
Higher latitudes are much less
Intense than Tropical areas according to insolation
48
What makes water diff from land
5x specific heat Transmission Mobility Evaporative cooling
49
Cyclone
Wind converging counterclockwise INTO low pressure
50
Anticyclone
Wind is diverging clockwise OUT of high pressure
51
In anticyclones air
Descends
52
Air rises in
Cyclones
53
High pressure circulation pattern
North clockwise | South counter
54
Low pressure circulating pattern
north counter | South clockwise
55
1. ITCZ 2. Trade winds 3. Subtropical heights 4. Westerlies 5. Polar front 6. Polar easterlies 7. Polar highs
7 components of general circulation
56
Zone where the air form the northern hemisphere and Southern Hemisphere meet
Inter tropical convergence Zone
57
Zone of convergence and weak horizontal air flow
ITCZ
58
Low pressure associated with high rainfall instability and rising air in the Hadley cells
ITCZ
59
Well defined narrow cloud band over oceans near equator
ITCZ
60
STH
Subtropical highs
61
Gigantic ANTICYCLONES developed from DESCENDING air of the Hadley cells. Centered 30 latitude
Subtropical highs
62
High pressure covers areas in subtropics
Subtropical highs