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Air will always move from
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
Around an area of low pressure, air moves
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
Pressure differences in the atmosphere cause
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
If wind is named southeast, that means
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
As temperature approaches the dewpoint,
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
Pressure differences in the atmosphere are due to
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
As air rises in the troposphere, the temperature will
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
As moisture is evaporated into the air, the density of the air will
decrease
wind
counterclockwise and in
decrease
unequal heating of the Earth's surface
it is heading Southeast from Northwest
high to low pressure
relative humidity increases
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