Hail would cause the most damage because it has a very powerful heavy mass. They can break tree branches and cause problems with power lines if they hit them.
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An earthquake is a shaking of the ground caused by shifts in the tectonic plates as they move against each other.
For a planet to have precipitation, it must have an atmosphere. Pluto is too small and gravitationally weak to retain an atmosphere, and even if it did, it would be frozen solid on the ground.
Air pollution causes some of moisture in the clouds to evaporate before it ever hits the ground. It has also been theorized that air pollution reduces ground level winds, which can decrease evaporation from lakes and rivers, which is needed for precipitation.
Not often does it happen on a large scale, but some oil drilling causes miniature ground shakes. This would not be noticeable by anyone, and it would also be so small that it would cause no damage. If you are asking if it causes earthquakes like the ones you hear on the news, then the answer is no.
Hail can cause a large amount of damage if it very large.
Hail can cause a large amount of damage if it very large.
Hail would cause the most damage because it has a very powerful heavy mass. They can break tree branches and cause problems with power lines if they hit them.
When precipitation infiltrates the ground there is a possibility of flooding.
Precipitation that sinks into the ground is called Groundwater.
Tornadoes do not produce precipitation and they typically form in the rain free portion of their parent storms. A tornado is defined a a violently rotating column of air in contact with the ground and the cloud base of a thunderstorm. So as long as it meets this definition and has winds strong enough to cause damage it is a tornado.
The major causes of damage in an earthquake are ground shaking, ground rupture, and secondary effects like landslides, tsunamis, and aftershocks. Ground shaking can cause buildings and infrastructure to collapse, while ground rupture can lead to displacement and destruction of structures. Secondary effects can amplify the damage, especially in coastal regions or areas prone to landslides.
ground shaking and foundation failure
Ground shaking and foundation faliure
precipitation is the water that soaks downward due to the ground trickles
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Cirrus clouds typically form high in the atmosphere and are made up of ice crystals. When these ice crystals grow large enough, they can fall from the cloud as precipitation in the form of snow or virga (precipitation that evaporates before reaching the ground).