0
What else can I help you with?
Are maritime air masses hurricanes?
No. A maritime air mass is any air mass that originates over the ocean. A hurricanes is an intense tropical storm.
Why do hurricanes and tornadoes need a mixture of cool and warm air?
Hurricanes don't. They form within a region of warm air that has relatively little temperature variation. Tornadoes, on the other hand, are commonly found ahead of a cold front. A cold front occur when a mass of cool air plows into a mass of warm air. The warmer air, which is less dense, is forced upward and cools as it rises. Moisture in the warm air mass condense to form rain shows and, if there is enough moisture, thunderstorms. If the storms are strong enough and conditions are right these storms may produce tornadoes.
Do maritime tropical air masses form hurricanes?
Yes, maritime tropical air masses can contribute to the formation of hurricanes. Warm and moist air from these air masses provides the energy needed to fuel the development and intensification of hurricanes when they interact with other atmospheric conditions conducive to storm formation.
Do tornadoes and hurricanes need low air pressure?
Yes, both tornadoes and hurricanes require low air pressure to form and intensify. In tornadoes, the rapidly rotating column of air is driven by the pressure difference caused by the surrounding low pressure. Hurricanes form around a low-pressure center, with the pressure gradient helping to enhance the storm's winds and intensity.
Is it true the border between 2 air masses may be either cold or warm fronts?
Yes, that is correct. When a cold air mass meets a warm air mass, it can form a cold front if the cold air mass advances and undercuts the warm air mass. Conversely, it can form a warm front if the warm air mass rises over the cold air mass as it advances.
Are maritime air masses hurricanes?
No. A maritime air mass is any air mass that originates over the ocean. A hurricanes is an intense tropical storm.
Where and when do hurricanes form?
Hurricanes form over the ocean and when the water and air is warm or hot.
When and where hurricanes form?
Hurricanes form over the ocean and when the water and air is warm or hot.
Which air Mass is responsible for hurricanes?
Hurricanes are typically fueled by warm and moist air masses, such as the maritime tropical air mass that forms over tropical oceans. These air masses provide the necessary energy and moisture for the development and intensification of hurricanes.
Can hurricanes form in space?
No; a hurricane consists of air and water.
Why do hurricanes and tornadoes need a mixture of cool and warm air?
Hurricanes don't. They form within a region of warm air that has relatively little temperature variation. Tornadoes, on the other hand, are commonly found ahead of a cold front. A cold front occur when a mass of cool air plows into a mass of warm air. The warmer air, which is less dense, is forced upward and cools as it rises. Moisture in the warm air mass condense to form rain shows and, if there is enough moisture, thunderstorms. If the storms are strong enough and conditions are right these storms may produce tornadoes.
Type of air mass that form in the tropics?
tropical air mass
What seas do hurricanes form over?
Warm seas with a warm air updraft.
Do maritime tropical air masses form hurricanes?
Yes, maritime tropical air masses can contribute to the formation of hurricanes. Warm and moist air from these air masses provides the energy needed to fuel the development and intensification of hurricanes when they interact with other atmospheric conditions conducive to storm formation.
Why does lightning form?
a lightning form when cold air mass pushes warm air mass up because of this hard reaction it forms lightning. this is called cold air mass.
What air mass cause the hurricanes and thunderstorm that occur on the east coast and in the Midwest?
It's the maritime polar mp
Do tornadoes and hurricanes need low air pressure?
Yes, both tornadoes and hurricanes require low air pressure to form and intensify. In tornadoes, the rapidly rotating column of air is driven by the pressure difference caused by the surrounding low pressure. Hurricanes form around a low-pressure center, with the pressure gradient helping to enhance the storm's winds and intensity.
