Question

Which process contributes to the formation of tornados?
Water droplets freeze, giving off energy.
The storm begins to rotate around a central eye.
The Coriolis effect creates the spin of the storm.
Warm air rises, resulting in a decrease in air pressure.

Answer 1

Answer:

Warm air rises, resulting in a decrease air pressure.

Explanation:

Tornado is the rapid and violent rotation of column of air which move from the thunderstorm to the ground.

It is formed when there is collision between warm and cold air. The cold air which is more sense than the warm air is pushed over the warm air which result in thunderstorms. The warm air then rises which result in decrease air pressure causing an updraft. The updraft then begin to rotate as there are variations in wind speeds and directions.

Answer 2

When warm air rises, resulting in a decrease in air pressure this process contributes to the formation of tornados, i.e., option D.

What is a tornado?

Tornadoes are viciously rotating panels of air that extend from the base of a thunderstorm all the way to the ground.

Tornadoes can completely destroy man-made structures, uproot trees, and launch objects through the air like deadly missiles.

Tornadoes form in warm, moist, unstable air along and ahead of cold fronts as a result of severe thunderstorms.

When warm air rises, resulting in a decrease in air pressure this process contributes to the formation of tornados.

Thus, the correct option is D.

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