Heat from radiation or conduction (contact). The "burn" from very cold substances is not actually a burn, but has some of the same characteristics. Freezing temperatures (such as dry ice) will rupture cells in the same way that burns do, but by forming ice crystals instead of steam. Tissue damage and necrosis can progress in a similar manner from both injuries. One major difference is that there is no heat oxidation (charring) in ice burns.
yes
About 70%
The best advantage of thermal power is the price. It is a much cheaper way to produce electricity.
The cost of production of electricity from a thermal power plant is more than that of the hydroelectricity so the later is more used if both the source are available.
thermal means coal.with coal it produces electricity. this electricity is thermal electricity.
Heat from radiation or conduction (contact). The "burn" from very cold substances is not actually a burn, but has some of the same characteristics. Freezing temperatures (such as dry ice) will rupture cells in the same way that burns do, but by forming ice crystals instead of steam. Tissue damage and necrosis can progress in a similar manner from both injuries. One major difference is that there is no heat oxidation (charring) in ice burns.
A thermal burn is an area of tissue damaged by extreme temperature (either hot or cold). Examples of this would include the traditional burns - fire, hot stove, sun, etc. You can also get thermal burns from cold, such as dry ice.
Heat causes thermal burns. Contact with Flames, hot objects, hot liquids, hot gases, or the fireball from an explosion will result in a thermal burn.
80%
Yes
Yes, it is can be used as electricity by lighting etc.
THERMAL
Thermal
yes
Thermal energy
Thermal or Heat energy