The reason that the mountain formation makes heat is becouce of the friction of the huge peices of earth rubing together as if you rub to wooden stick together to make fire.
Mountain building involves either volcanism (which exposes rock to immense heat from magma and lava) or block faulting, or folding (which results from enormous pressures between colliding tectonic plates) or a combination of those things. Heat and pressure are what turns material into metamorphic rock. Furthermore, mountain formation sometimes raises metamorphic rocks that have formed deep in the crust to higher locations, where they can be exposed at the surface when the rocks above them erode away. Thus some mountain formations also contain metamorphic rocks that were brought to the surface by mountain-building even though they weren't formed by it.
because by in the high mountain it has no heat and wind so it will not be do cook the tea
It is often used to heat homes and factories directly, and it is often used in the chemical industry and oil refineries to make processes work Another big use of heat energy is in generating electricity in power plants
Large parts of Earth's continental crust is made up of metamorphic rocks. Metamorphic rocks play an important role in mountain building as they make up large portions of the mountain's crystalline core.
I am guessing that you really mean Vulcanization? This is the process, using HEAT, that processes Raw Rubber into a Hard non-sticky rubber. This is the process that is used to heat treat rubber in Molds to make Tires.
To make a hammer, the main heat treatment processes involved are heat treating for hardening and tempering. The hammer head is heated to a specific temperature for hardening, then quenched in a cooling medium to achieve the desired hardness. Tempering is then done by reheating the hardened hammer head to a lower temperature to improve toughness and reduce brittleness.
brittlevery toxicHowever several early missiles used beryllium heat-sink heat shields on their warheads,before composite ablative heat shields were developed.
Air conditioners cannot destroy heat, they can only move it from one location to a different location. If the air conditioner is moving heat from one part of a room to a different part of the room, that is not going to make the room any cooler (actually it will make the room hotter, since there is a certain amount of waste heat created by the process). If, however, you can move heat from a room to the outside of the building, then the room can be cooled.
Endotherms or homeotherms are animals that can produce their own body heat through internal processes such as metabolism. They are able to regulate their body temperature independently of the external environment.
Concrete, brick and stone have been used for centuries in the building industry for their ability to absorb solar heat and slowly release it.
High islands are form by the Volcanic activity e.g-the heat inside the mountain is too large and it start to make it may out of the mountain once it get it way out from that time it spread out form the place where it is release form it
The 62 percent of the total energy of glucose that is not used to make ATP is released as heat during cellular respiration. This excess energy is a byproduct of the energy conversion processes that occur in the cell.