Why do most(or maybe all) tornadoes have a lower pressure than hurricanes??? don't be afraid to use scienctific terms and to be technical---im fine w/ it
Tornadoes have very intense updrafts, and updrafts expand the air causing it to decrease pressure. At the surface pressure drops and the gradient becomes very intense. Plus tornadoes have small radius which then increase the over rotation speed, which lead to stronger winds. This corresponds the Conservation of Angular Momentum law in physics.
tornado wind speeds (>200 mph) are higher than most hurricanes (>100 mph) meaning the updraft is much more rapid and localized, meaning less surface pressure.
The tension in each and each typhoon is very low. This low tension is what drives the effectual winds. additionally, contained in relation to a typhoon, the tension could properly be so low interior the portion of the attention that it definitely reasons the sea to bulge whilst the attention passes over that section.
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Tornadoes have very intense updrafts, and updrafts expand the air causing it to decrease pressure. At the surface pressure drops and the gradient becomes very intense. Plus tornadoes have small radius which then increase the over rotation speed, which lead to stronger winds. This corresponds the Conservation of Angular Momentum law in physics.
tornado wind speeds (>200 mph) are higher than most hurricanes (>100 mph) meaning the updraft is much more rapid and localized, meaning less surface pressure.
The winds are usually much strong and tornadoes spin faster than hurricnaes
The tension in each and each typhoon is very low. This low tension is what drives the effectual winds. additionally, contained in relation to a typhoon, the tension could properly be so low interior the portion of the attention that it definitely reasons the sea to bulge whilst the attention passes over that section.