1.As a water wave approaches a shoreline, wave speed? 2. Air that flows southwar

Question

1.As a water wave approaches a shoreline, wave speed?

2. Air that flows southward from the horse latitudes in the Southern Hemisphere deflects eastward to produce the

3. Air that flows northward from the horse latitudes in the Southern Hemisphere deflects westward to produce the

4. At the end of December, all of the Southern Hemisphere is in

5.As waves enter shallow water, wave speed

6.As air temperature decreases, relative humidity

7.As air temperature decreases, relative humidity

8.

As an air parcel moves up the side of a mountain, it

9.

Clouds that begin to develop 6000 meters above the ground are generally

10.

Convectional lifting is caused by

Clouds that begin to develop 6000 meters above the ground are generally

Explanation / Answer

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Solution

1.As a water wave approaches a shoreline, wave speed?

As a wave moves into shallow water, it slows down. The wave crests that are closer to the shore are in shallower water, so they are moving slower than the wave crests farther out in the ocean

2. Air that flows southward from the horse latitudes in the Southern Hemisphere deflects eastward to produce the

Trade winds

3. Air that flows northward from the horse latitudes in the Southern Hemisphere deflects westward to produce the

Trade winds

4. At the end of December, all of the Southern Hemisphere is in

Summer

5.As waves enter shallow water, wave speed

Decreases (lowers)

6.As air temperature decreases, relative humidity

Increases

7.As air temperature decreases, relative humidity

Increases

8.As an air parcel moves up the side of a mountain, it

cools

9. Clouds that begin to develop 6000 meters above the ground are generally

Cirrus and cirrostratus clouds

10. Convectional lifting is caused by Clouds that begin to develop 6000 meters above the ground are generally

cumulonimbus.

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