Use LEFT and RIGHT arrow keys to navigate between flashcards;
Use UP and DOWN arrow keys to flip the card;
H to show hint;
A reads text to speech;
24 Cards in this Set
- Front
- Back
what are isobars?
|
Pressure Contours.
isobars are lines drawn on a map joining places of equal average atmospheric pressure reduced to sea level for a specified period of time |
|
What time zone is used for surface maps
|
Universal time (UT) or Zulu time (ZT)
|
|
what are isotherms?
|
temperauture contours.
|
|
What causes the wind to blow?
|
Small horizontal differences in pressure
|
|
What is the air motion of a low pressure (northern hemisphere)?
|
counterclockwise
|
|
Which direction do High pressure systems move on northern hemisphere?
|
clockwise
|
|
converging winds cause air to _____
|
rise
|
|
divergent winds caues air to _______
|
sink
|
|
HFCs do not contain _______ and therefore do not pose any risk to the earth's ozone layer
|
chlorine
|
|
The driest area is before the low front or ahead of it
|
before
|
|
southwesterly winds before the cold front or after?
|
after
|
|
the average surface temeprature of earth is about what temperatjure on the kelvin scale?
|
300
|
|
latent heat
|
phase changes
|
|
which phase changes release energy into the surroundings (exothermic)?
|
gas-liquid
liquid-solid |
|
what is the term for a phase change that releases energy into the surroundings?
|
exothermic
|
|
what is the phase change of solid to gas? gas to solid?
|
sublimation
gas to solid is desublimation |
|
what is the phase change of gas to liquid?
|
condensation
|
|
what is the phase change of liquid to solid?
|
freezing
|
|
what is the order of visible light in order of shortest wavelength to longest?
|
0.4 violet
blue 0.5 green yellow 0.6 orange 0.7 red |
|
what is the order of light in order of shortest wavelengths to longest?
|
UV, Visible Light, Near InfraRed, Far InfraRed
|
|
the longer the wavelengths from the sun the _____ the sun is?
|
colder
|
|
where is the atmospheric window and what type of light is it?
|
8-12 um and it is infrared
|
|
stefan-boltzman law
|
E=σT4
|
|
wien's law
|
λMAX=3000/T
|