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In the tropics, near the equator, an observer can generally find
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
Land surfaces heat more rapidly than water surfaces because
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
On a sunny summer afternoon, the temperature of the ocean water around Long Island, New York, is usually
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
How does latitude affect the average annual temperature at most location on Earth?
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
Compared with coastal locations, inland locations usually have
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
When El Nino conditions develop, this causes
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
Which of the following factors does not affect the climate?
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
Which statement best describes condition near the coast of South America during El Nino conditions?
changes in world wide precipitation patterns
warmer summers and cooler winters
sea surface temperatures are warmer than normal and trade winds are from the west
low air pressure and wet weather
land has a lower specific heat
As latitude increases, the average annual temperature decreases.
cooler than the land temperature
longitude
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