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WorksheetsUnit 4 Environmental Science
Total questions: 24
Worksheet time: 1hrs 29mins
I. variation in the angle of sunlight that reaches Earth
II. variation in the amount of surface area over which the Sun's rays are distributed
III. variation in the amount of sunlight reflected from clouds
Why we have seasons
the tides
Earth's tilt
sun's rotation around the Earth
Milankovitch cycles
Where weather happens
troposphere
stratosphere
mesosphere
thermosphere
During a(n) ____ event, trade winds are much stronger than usual.
El Nino
La Nina
Normal
Partly sunny
During an El Nino, trade winds are typically...
about average
stronger
weaker
states that the spin of Earth causes winds and surface waters to move clockwise in northern hemisphere and counterclockwise in southern hemisphere
Hurricanes
Doldrums
Coriolis effect
Cyclone
the atmospheric circulation cell centered over each pole
Weather
Storm Surge
Polar cell
Polar front
What are the effects of El Niño in California and across the southern states?
El Nino results in increased precipitation across California and the southern tier of states
El Nino results in decreased precipitation across California and the southern tier of states
El Nino results in increased precipitation across Texas and the southern tier of states
El Nino results in increased precipitation across Texas and the nothern tier of states
What is the effect of El Niño on both Pacific hurricanes (Typhoons) and Atlantic hurricanes?
influences hurricane development, resulting in less eastern Pacific hurricanes and more Atlantic hurricanes.
DOES NOT influence hurricane development, resulting in less eastern Pacific hurricanes and more Atlantic hurricanes.
influences hurricane development, resulting in more eastern Pacific hurricanes and fewer Atlantic hurricanes.
DOES NOT influence hurricane development, resulting in more eastern Pacific hurricanes and fewer Atlantic hurricanes.
How do winds cause a rainshadow effect on the leeward side of a mountain range?
Air descending under the mountains experiences adiabatic heating and precipitates on the top.
Air ascending over the mountains experiences cardiabatic cooling and precipitates on the top.
Air descending under the mountains experiences cardiabatic cooling and precipitates on the top.
Air ascending over the mountains experiences adiabatic heating and precipitates on the top.
