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The cool air sinks, while the warm air rises. If it does so with enough force and torque, a tornado or hurricane will form.

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Do cool air masses flow over warm air masses?

No, as cold air is denser.


What happens when the temperature of a warm object and a cool object when the objects come together in contact with each other?

When a warm object and a cool object come into contact, heat transfers from the warm object to the cool object until they reach thermal equilibrium. This means their temperatures will eventually equalize, becoming an average temperature between the two initial temperatures.


What are the characteristics of the 4 types of air masses?

Maritime tropical: Warm and moist air masses originating over tropical oceans. Maritime polar: Cool and moist air masses originating over cold ocean waters. Continental tropical: Warm and dry air masses originating over hot and dry land areas. Continental polar: Cold and dry air masses originating over cold land areas.


Why happens to the temperature of a warm object and a cool object when the objects come into contact with each other?

When a warm object and a cool object come into contact with each other, heat energy will transfer from the warmer object to the cooler object until they reach thermal equilibrium. As a result, the temperature of the warm object will decrease, while the temperature of the cool object will increase until they both stabilize at the same temperature.


What happens when a warm air mass is stuck in between two cool air masses?

When a warm air mass is trapped between two cool air masses, it creates a weather pattern known as a frontal boundary. This can lead to the development of thunderstorms, strong winds, and other types of severe weather as the warm air tries to move over the denser cool air masses. Ultimately, the interaction of these air masses can lead to the formation of cold and warm fronts.


How are continental tropical and continental air masses alike and how are they different?

the continental tropical and continental polar air masses both come from land, are humid and their differences are polar is cool air while tropical is warm air


How are continental tropical and continental polar air masses and how are they different?

the continental tropical and continental polar air masses both come from land, are humid and their differences are polar is cool air while tropical is warm air


How are continental tropical and continental polar masses alike and how are they different?

the continental tropical and continental polar air masses both come from land, are humid and their differences are polar is cool air while tropical is warm air


Why do a continental and a polar cause a tornado?

The terminology here is a bit confused. In weather there are 4 basic types of large-scale air mass: Continental polar air masses come off the land in cold regions and are cool and dry. Maritime polar masses come off the ocean and are cool and somewhat moist. Continental tropical air masses come of the land from warm regions and are warm and dry. Finally maritime tropical masses come off of warm oceans and are warm and moist. When a continental polar air mass pushes into a maritime tropical air mass it forms a cold front. Since cold air is denser than warm air, the tropical air mass is forced upwards. This can trigger thunderstorms. Under the right conditions these storms can produce tornadoes.


What is it called when a warm air mass is stuck between two cool air masses?

an occluded front.


Why does the pacific coast have cool wet winters and warm and warm dry summer?

The Pacific coastal region has cool, wet winters and warm dry summers because of shifting wind patterns. As waters in the Pacific Ocean heat and cool, wind patterns change.


What type of front is caused by the merging of two cool air masses and one warm air mass?

A cold front is caused by the merging of two cool air masses and one warm air mass. Cold air moves in under the warm air, forcing the warm air to rise rapidly, leading to the formation of clouds and possibly thunderstorms.