A hurricane releases more energy overall because it is bigger, but a tornado can produce stronger winds.
If you mean to ask what type of energy is in a tornado it is kinetic energy, the energy of matter in motion. There is also something called CAPE, or Convective Available Potential Energy, which is the amount of energy in the air that can be used by a thunderstorm, including the ones that produce tornadoes. Aside from that there is no particular name for the energy in a tornado.
No. The unequal heating will produce breezes, and perhaps clouds and rain, but much more is required to produce a tornado.
Yes. In some cases a large, strong tornado will produce what is called a satellite tornado, which circles the main one.
A tornado itself does not produce rain, but it can accompany a tornado. The storms the produce tornadoes, called supercells typically produce very heavy rain, often enough to prompt flash flood warnings. This rain may stop before the tornado comes, or the tornado may be rain wrapped. Some storms however, called LP (low-precipitation) supercells produce little to no rain at all, but can still produce tornadoes.
When a storm spawns a tornado it produce a tornado.
There is no conflict between a hurricane and a tornado. In fact, hurricanes often produce tornadoes. However, if you were to somehow pitch the force of a hurricane against the force of a tornado, the hurricane would "win" without being significantly affected. Although a tornado can have faster winds than a hurricane, hurricanes are much larger and have several orders of magnitude more energy than a tornado.
Overall a hurricane has much more energy. Mostly because a hurricane is hundreds of times larger than a tornado.
Yes. The energy of a tornado takes the form of extremely fast wind. The strongest of tornadoes produce the fastest winds on earth.
Tornadoes get their strength from the storms that produce them. The storms in turn get their energy from instability in the air.
There are various factors that are not fully understood. Part of it has to do with how much energy a storm can put into producing a tornado, as it takes more energy to move a larger amount of air and large tornadoes tend to be stronger. This depends both on how strong the thunderstorm is and how it is organized (i.e. where energy goes and in what forms). A well organized supercell thunderstorm with a lot of energy can produce very large violent tornadoes. Additionally, a key part of tornado formation occurs when a larger circulation, called a mesocyclone , tightens and intensifies. A mesocyclone that is not tightened as much may result in a large but not particularly strong tornado.
The energy does a airplane engine produce is 10 kg of ht?