To witness the unimaginable power of steam, you don't must look any further than the eruption of geysers or the explosion of gasses that occurs when lava reaches the ocean. Early man witnessed such sights and has long sought to manage the uncooked energy of steam by means of expertise ranging from the essential tea kettle to the steam locomotive to the fashionable nuclear energy plant. Regardless of the level of expertise involved, steam power comes down to at least one primary precept: When water heats up to the point of vaporizing, the vaporized water takes up more room than the liquid water did. It's because solids, liquids and gases are each held together by completely different ranges of molecular forces. In solids, the molecules are compact. In liquids, they're additional apart. And in gases like steam they're even further apart. When this strain is used to carry out a selected job - like turning a turbine or inflicting a kettle to whistle - steam technology is harnessing steam energy.
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