There is no nice and easy formula to calculate what is being asked. Turbines and generators will have different efficiency curves. Nothing was mentioned about the pressure of the steam in the question. As the temperature and pressure of the steam rise, a pound of steam will contain more energy that can be used by the turbine.
In general, though, 20,000 to 25,000 pounds of steam an hour flowing through a plant will give one megawatt of production. It is important to note this is for a power plant. The residential geothermal energy that is being used in houses is not a suitable energy source for power production.
Geothermal energy
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It could be almost anything. The relationship is: heat = mass x specific heat x temperature change So, if you know any three of these variables, you can calculate the fourth one.
volcanoes are the main source geothermal energy is not used that much today because the cost of getting the lava from the volcano but also cracks in earths plate boundaries can produce geothermal energy because magma comes out of the earths mantle
There are many variables to consider. To answer this correctly I would need to know the specific type or category of the energy source your thinking of. For example- Sunlight,Geothermal heat, wind etc and the technologies that go with each.
Geothermal energy
We're modestly familiar with the source of heat and light. And we know that heat and light both exist and are real. Cold and darkness do not exist. They merely describe the lack of heat and light, respectively.
The Sun.
Geothermal energy is constantly being renewed from below, by heat from the interior of the Earth. The limit is on how much energy can be extracted at a continuous rate, so that there is no lapse in the supply while the rocks are reheated.
i dunno , but i do know that geothermal is geothermalGeothermal produced a lot of naturally inside the earth.
Heat escapes from the inside of the Earth. This can be used for geothermal energy. If you drill deep down inside the Earth, deeper down it is hotter than at the surface.
Say u know heat of formation at temperature Ta and u want to calculate it at a temperature Tb Delta H(at Tb) = Delta H(at Ta) + integral of (Heat capacity) from Ta to Tb
you already know ! c;
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