Yes. The more humid air is, the more easily it rises. Rising, moist air is the main thing that produces a thunderstorm. It can also strengthen an already existing one.
During a severe thunderstorm, the average humidity typically ranges from 70% to 90%. This high humidity contributes to the storm's intensity, as moist air can lead to the development of strong updrafts and heavy precipitation. The presence of saturated air is a key factor in the formation of thunderstorms, allowing for the rapid growth of cumulonimbus clouds.
No, hurricanes typically form over warm ocean waters when atmospheric conditions are conducive for development, such as low wind shear and high humidity. Thunderstorms may be part of the hurricane's development once it forms.
Florida's warm and moist climate, surrounded by bodies of water, creates ideal conditions for the formation of thunderstorms. The state's location near the Gulf of Mexico and Atlantic Ocean provides ample moisture and instability for thunderstorm development, leading to a high frequency of thunderstorm days.
No. Thunder is simply the sound produced by lightning. It is not uncommon to see humidity decrease after a thunderstorm, though, because many thunderstorms form along cold fronts, which bring a drop in temperature and humidity.
Humidity
it varies
During a severe thunderstorm, the average humidity typically ranges from 70% to 90%. This high humidity contributes to the storm's intensity, as moist air can lead to the development of strong updrafts and heavy precipitation. The presence of saturated air is a key factor in the formation of thunderstorms, allowing for the rapid growth of cumulonimbus clouds.
Most of the northeast and midwest are hot and humid in US summers. Southern states are even worse, especially for humidity. High humidity and high dewpoints make the air temperature feel oppressive.
A sign that a thunderstorm is coming is a large amount of humidity in the air. This is a proven cause of joint pain or discomfort.
Prior to a Thunderstorm, the temperature can range anywhere from 60 to 90 degrees F but the humidity and dewpoint will be very high. As the Thunderstorm releases rain, the temperature will decrease. It brings cold air down from the top of the Thunderstorm.
Yes, you may have stirred by something that is causing the allergy or plants or pollen may be worse. Sometimes, the amount of humidity in the air seems to make things worse. Perhaps you ate something new.
Tornadoes rotate rapidly. They also produce much worse damage than you usually get from thunderstorm winds.
No, hurricanes typically form over warm ocean waters when atmospheric conditions are conducive for development, such as low wind shear and high humidity. Thunderstorms may be part of the hurricane's development once it forms.
always make it sporty
I can make the following words out of THUNDERSTORM:thunderstormthudturdmoreundersundertrendhunterhuntershuntedhorseternturntoredormmetshuntheorondrumrestrendredmudmushmustmurdermurdersorderordersroundrosterrodrodsrotrotsrodetormentotterotherotherstooreodeemumonsternotdotsorestorestoredtornrottenmournmournermournersthusthrustdustdusterdunduhdenttermsterndomedonerummotherrunhurtherhehuthornhornedhenthenhershoenornonutnutsnorthnorthernerdnursenestnetsnormutterutters
Henry E. Fuelberg has written: 'The application of VAS satellite imagery to thunderstorm forecasting at Cape Canaveral' -- subject(s): Thunderstorm forecasting, Satellite meteorology 'Analysis and use of VAS satellite data' -- subject(s): Satellite sounding 'An evaluation of satellite-derived humidity and its relationship to convective development' -- subject(s): Convection (Astrophysics), Humidity
yes