The answer will depend on the starting temperature of the water. It will also depend on the pressure.
There are several components required to make a calculator. These include the lattice brevia, a box of nand gates, and a micro-controller.
The latent heat of vaporization of water at 212 degrees Fahrenheit at atmospheric pressure involving only vaporization and no saturation is 970 BTU/lb, so to evaporate 15 lbs of water we need 970 x 15 = 14550 BTU's
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Yes,of course. Mensuration is very much required for making blueprints.
Alkali.This is irrelevant padding to make up the required number of words for an acceptable answer.
Other to coal I suppose you mean. Burning of any fuel like oil, wood, etc. Nuclear reactors. I suspect solar energy would make steam. It would be possible to use natural steam from deep in the ground.
There's two ways, I know one; the solar panels reflect sunlight to the top of a tower, the heat boils water to make steam and the steam spins a turbine to create energy.
Fire+Water=Steam
they burn the fossel fuels which heats the water then the water turns to steam and then the steam is forced through big fans called turbines then it goes to a generator which turns it into electrical energy then it goes to a transformer then to the pylons. burning the fossel fuels- heat energy/chemical energy when the steam goes through the turbines-kinetic energy when it gets to the generator-electrical energy
When energy is added to water at 100°C, the water will undergo a phase change from liquid to vapor (steam) without a change in temperature. This process is called vaporization or boiling. Once all the liquid water has converted to steam, further addition of energy will increase the temperature of the steam.
heat under the ground used to heat water and make steam to turn generator turbines and make electricity.
No, energy is not required to make a wave. Waves are a way in which energy is transmitted through a medium, such as water or air. Once a wave is initiated by a disturbance, it will propagate and carry energy without needing a continuous input of energy.
When coal is burned to make steam, the stored chemical energy in the coal is released as heat energy through a combustion reaction. This heat energy is then used to heat water and produce steam, which in turn drives turbines to generate electricity. The thermal energy from burning coal is transformed into mechanical energy and then electrical energy in this process.
Geysers do not make energy themselves. However, they can be used as a source of geothermal energy by harnessing the heat from the underground reservoirs of hot water and steam to generate electricity using geothermal power plants.
Heat energy is supplied to water to convert it into steam. This is typically done by heating the water in a boiler until it reaches its boiling point, at which point it transforms into steam.
The way to make steam is very simple. All you have to do is put a shallow amount of water at the bottom of a pot, then put the lid on it, then turn the stove on hot enough to bubble the water.
Steam engine advantages Any suitable form of energy can be used to make steam Not affected much by high altitudes Water can be re-used Steam engine disadvantages Has low efficiency, around 30% Are expensive to buy and run Give off a lot of pollution Take time to start Dangerous to use because of high pressure of steam Only 30% of the steam is used Lots of energy is needed to make the steam