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<blockquote data-quote="astrodudepsu" data-source="post: 11668157" data-attributes="member: 52761"><p>Think about it this way. When you heat up water in boils, and steam is released. Now the steam can be hotter than the boiling point of water, given the right pressure conditions. But the water itself is 373K. Now just imagine that instead of being dense steam there is just less of it. It's still hotter than the surface of the water but if you stuck your hand in a stream of less dense steam it wouldn't feel that hot. It's a crude example but it's the best I got. Just realize that conditions in your kitchen aren't the same as the sun.</p><p></p><p>Kinetic Temperature can be explained on any number of websites. Googling it will surely produce results.</p></blockquote><p></p>
[QUOTE="astrodudepsu, post: 11668157, member: 52761"] Think about it this way. When you heat up water in boils, and steam is released. Now the steam can be hotter than the boiling point of water, given the right pressure conditions. But the water itself is 373K. Now just imagine that instead of being dense steam there is just less of it. It's still hotter than the surface of the water but if you stuck your hand in a stream of less dense steam it wouldn't feel that hot. It's a crude example but it's the best I got. Just realize that conditions in your kitchen aren't the same as the sun. Kinetic Temperature can be explained on any number of websites. Googling it will surely produce results. [/QUOTE]
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