Latent heat is thermal energy that cannot be detected by temperature difference. In earth's atmosphere much of the latent heat is held by water vapor. In other words: warm, moist air holds a large amount of energy in the form of latent heat. It is this energy, released by the condensation of water vapor, that powers thunderstorms. Thunderstorms are what produce tornadoes.
Not necessarily. The intensity and size of a tornado are more closely related to the atmospheric conditions that create the storm, rather than the specific air pressure. Factors such as wind shear, temperature, and humidity play a more significant role in determining the size and strength of a tornado.
Convection currents help distribute heat evenly in the water by causing warmer water to rise and cooler water to sink. This creates a circulating flow that speeds up the heating process by continuously bringing cooler water into contact with the heat source.
In the Tornado Alley mostly in the mid temperatures are often70's or 80's prior to the formation of a tornado. Some other places higher or lower . Tornadoes have been recorded in temperatures even inf the 50's.
The heat source for the convection currents in the mantle is primarily the heat leftover from Earth's formation and the heat produced by radioactive decay of elements within the mantle. The heat from the Sun does not directly drive mantle convection, although it does play a role in surface processes like weather and climate.
The average tornado lasts about 10 minutes. However, duration can vary greatly. Some tornadoes last only a few seconds. In rare cases a tornado can be on the ground for an hour of more. The infamous Tri-State tornado of 1925 is believed to have been on the ground for over three and a half hours.
No, adding high heat in the area of a tornado, or even directly into a tornado, would not stop it.
They vibrate rapidly.
The vegetation's role in the water cycle is cooling the heat of the rain
Tornadoes and hurricanes are powerful weather phenomena that result from the transfer of heat energy from the Earth's surface to the atmosphere. They play a role in redistributing heat and moisture around the globe, helping to regulate the Earth's temperature and climate. Despite the devastation they can cause, they are natural processes that are part of the Earth's atmospheric system.
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The duration of a tornado can vary greatly, from a few seconds to several hours. On average, a tornado lasts for about 10 minutes. Tornado strength, size, and environmental conditions all play a role in determining how long a tornado will last.
heat and pressure is what causes the hydrogen molecules to move faster
A tornado is itself a vortex of wind. Aside from that, wind does play a role in tornado development. Many scientists believe that one of the final stages of tornado development involves a downdraft, or downward movement of air, reaching the ground near the back of a thunderstorm and wrapping around an already existing rotation called a mesocyclone. This circulation then tightens and intensifies to form a tornado. Not that while wind can create small vortices as it interacts with buildings and vegetation, these are not considered tornadoes.
The heat increases the yeast production making it rise and be fluffy. The less yeast you put in the flatter the bread will be.
Wind shear is a factor that can contribute to the formation and intensity of tornadoes by creating a change in wind direction and speed with height, leading to rotation within the thunderstorm. While wind shear is an important ingredient for tornado development, there are other factors such as instability in the atmosphere and moisture that also play a role in tornado formation.
Heat makes all the gases in a mixture combine together to make a new mixture. Without heat the molecules in the ingredients of the mixture could not combine as well.