The warm air is moist due to water evaporating from the land/ocean. It is low pressure because warm air is less dense, and rises, creating an area of low pressure.
low pressure
Hurricanes are driven by low pressure. Low pressure pulls in warm, moist air, leading to convergence in the lower atmosphere, this causes thunderstorms to spring up, which lower the pressure further and pull in more warm, moist air. These processes help to sustain one another in a hurricane.
Hurricanes feed on warm, moist air that they pull in. The lower the pressure, the more air they can pull in. Also, the lower pressure creates a larger force on the air, causing it to go faster. As more warm moist air gets pulled in the convection intensifies, causing the pressure to drop even further.
Not directly. Cool, dry air meeting warm, moist air creates what is called a front. Fronts such as this frequently cause showers and thunderstorms. If other conditions are right, most importantly the speed and direction of the wind at different altitudes, then some of the thunderstorms will be able to produce tornadoes.
Hurricanes are powered by convection as warm, moist air rises. This creates low pressure that draws in warm air to continue to feed the hurricane.
When cool dry air meets warm moist air the result is thunderstorms. If other conditions are present those storms scan produce tornadoes.
Cumulus clouds is an resault of updraft of warm,moist air in tall clouds.
low pressure
Choices; low pressure, changing pressure, high pressure, no pressure.
Warm, moist air mass is approaching as a warm front
wind shear- earth science
Decrease
Hurricanes are driven by low pressure. Low pressure pulls in warm, moist air, leading to convergence in the lower atmosphere, this causes thunderstorms to spring up, which lower the pressure further and pull in more warm, moist air. These processes help to sustain one another in a hurricane.
Warm moist air over the equator creates a zone of convection.
Usually rain showers or thunderstorms result.
advection fog
Hurricanes feed on warm, moist air that they pull in. The lower the pressure, the more air they can pull in. Also, the lower pressure creates a larger force on the air, causing it to go faster. As more warm moist air gets pulled in the convection intensifies, causing the pressure to drop even further.