No one answer. It would depend on the gold content of the mineral. The higher the gold content, the lower the energy cost. The deeper the mine, the higher the cost.
The energy cost of gold is 88,184,905
we can use it in the reaction of producing energy
The energy cost of gold is 88,184,905
The cost of producing gold is highly variable depending on the mining method and the type of gold deposit. Some gold is found as free gold in rivers, for example, which means that it can be obtained for almost nothing. At the other extreme, there is gold that is locked up in the surrounding rock, at depth, where it has to be mined in a very costly, labour intensive, energy intensive way. It may be difficult to refine and in addition licences and royalties come into the equation. The crux of the matter is whether the production costs are more than the price of gold, in which case it is not feasible to mine it.
The energy cost of mining gold varies depending on the specific mining methods and technologies used. In general, gold mining is energy-intensive due to the need for blasting, crushing, grinding, and processing large amounts of rock and ore. Estimates suggest that gold mining operations consume significant amounts of electricity and fuel.
The three main types of mineral resources are metallic minerals (such as gold and copper), non-metallic minerals (such as salt and clay), and energy minerals (such as coal and uranium). These resources are essential for various industries and everyday life.
Metallic minerals are minerals that contain metal elements in their chemical composition. These minerals are valuable due to their high economic value and are used for various purposes, such as in construction, manufacturing, and energy production. Examples of metallic minerals include gold, silver, copper, and iron.
gold
Gold, Gold, and more Gold.
Gold and Copper are chemical elements. No "minerals" can be extracted from them other than 'gold' and 'copper'. They can be extracted from the minerals or 'ores' named in the other answers herein.
Krakatoa is known for forming a variety of minerals, including pumice, obsidian, and sulfur. These minerals are a result of the volcanic activity that occurs in the region.
Gold