Question

Which explains what happens to a warm air mass at an occluded front?

Answer 1

Warm air trapped between two cold air masses is pushed downward. As the air sinks, it warms, and the water in the air condenses to form clouds and precipitation.

B.
Warm air trapped between two cold air masses is pushed upward and cut off from the surface. As the air rises, it cools, and the water in the air condenses to form clouds and precipitation.

C.
Cold air trapped between two warm air masses is pushed upward and cut off from the surface. As the air rises, it cools, and the water in the air condenses to form clouds and precipitation.

D.
Cold air trapped between two warm air masses is pushed upward and cut off from the surface. As the air rises, it warms, and the water in the air condenses to form clouds and precipitation.

Answer 2

help me

Answer 3

Hai Sweet Friend, @72595210002 ( Rhea) Its your turn, Whats the answer ?
Hint:
In an occluded front, where in the cold and warm air masses have mixed.
Remember, an occluded front occurs when the cold front overtakes the warm front and forces the warm air aloft. There are two types of occluded fronts: warm-frontal type and cold-frontal type. The warm-frontal type occurs when the cool air behind the cold front overrides the colder air ahead of the warm front. This results in a cold front aloft. When the cold air behind the cold front lifts the warm front, it is called a cold-frontal type

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Answer 4

C

Answer 5

Good Job :P