.
Wind and air pressure
Magnetic forces
Wind and magnetic forces
Air pressure
From other air masses nearby
Clouds
From the land or water over which they form
Frontal boundaries
Energy
Moisture
Unstable air
All of the above
Cold ocean waters
Warm ocean waters
Warm freshwater over land
Cold freshwater over land
True
False
Wind shear
Stratocumulus clouds
Evaporation
Heat
True
False
True
False
Barometer
Rain gauge
Anemometer
Hygrometer
50 percent
100 percent
10 percent
20 percent
It would remain steady
It would increase
It would decrease
It would increase, then decrease
Radiation
Connections
Convection
Conduction
A hurricane is forming
A tornado is forming
A warm front is approaching
A snowstorm is coming tomorrow
34 degree weather, 80 % humidity, fast approaching cold front
86 degree weather, 98 % humidity, fast approaching cold front
34 degree weather, 80% humidity, stable atmosphere
86 degree weather, 98% humidity, stable atmosphere
The entire atmosphere must be below freezing
A layer of warm air must be above a layer of subfreezing air
A layer of subfreezing air must be above a layer of warm air
The entire atmosphere must be above freezing
True
False
Oxygen
Carbon dioxide
Nitrogen
Argon
It produces the ozone layer
It has the highest temperatures
It contains a high concentration of gas particles
It is the region in which weather occurs
As altitude increases, air density decreases
As altitude increases, air density increases
As altitude increases, air density remains the same
There is no relationship between altitude and air density with the Earth's atmosphere
Oceans
Rivers
Lakes
All of the above
Region 1 has the least amount of energy absorbed
Region 2 Temperatures will heat up quickly , and will cool faster
Region 3 Area experiences more evaporation into the atmosphere
All of the above statements are true
Overnight temperatures would plunge downward
The Earth would heat up dramatically
The atmosphere would leave
The earth would catch on fire
Gases are too hot on both planets
Both planets do not have space stations for living
Mars is too hot and cold with a very dense atmosphere, Venus is too cold without an atmosphere
It is cold and lifeless because Mars atmosphere is too thin to support life or Venus holds too much heat of the Sun's heat