Want this question answered?
WARM
It is not so much the mixing that creates thunderstorms, but the boundary between warm and cold temperatures. Cool air is denser than warm air, so when warm and cold air masses meet, the warm air is forced upward. As the warm air rises it cools and, if it is moist enough, condensation will occur, forming clouds and potentially rain showers. If this warm air remains warmer than its surroundings at higher altitudes, then it will continue to rise on its own, leading to more condensation, which releases energy to drive a thunderstorm.
In a thunderstorm, warm moist air rises. Air ad the ground must then move in to replace it.
The opportunity for warm, sticky air is also more likely, but warm air alone cannot trigger thunderstorms.Thunderstorms need an unstable environment and enough moisture to make tall, large clouds and the cumulonimbus cloud that defines a thunderstorm.
You can have an unstable atmosphere with good potential for thunderstorms, but to actually trigger those storms you need something to start air moving upward. Cool air rising through warm air
Cold Front (:
Warm air :d
WARM
Low pressure
It Cools as it is pushed upward.
Air moves up in a thunderstorm because it is wamer and therefore less dense than the surrounding air.
The results of air being forced upward is rising temperature. If air is pressurized it gets warm because the particles have to move more quickly.
It is not so much the mixing that creates thunderstorms, but the boundary between warm and cold temperatures. Cool air is denser than warm air, so when warm and cold air masses meet, the warm air is forced upward. As the warm air rises it cools and, if it is moist enough, condensation will occur, forming clouds and potentially rain showers. If this warm air remains warmer than its surroundings at higher altitudes, then it will continue to rise on its own, leading to more condensation, which releases energy to drive a thunderstorm.
hot
The tornado is not a direct result of the interacting air masses. When a warm and cold air mass collide the warm air, being less dense, is forced upward. If the warm air mass is unstable enough, this upward forcing triggers the formation of thunderstorms. If other conditions are right, these storms may go on to produce tornadoes.
An upward flow of (warm) air is known as a Thermal .
In a thunderstorm, warm moist air rises. Air ad the ground must then move in to replace it.