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<a href="https://musing.io/q/groynes/which-one-is-more-powerful-boil-or-steam-"><b>View this question on Musing.io</b></a>
| author | groynes |
|---|---|
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<a href="https://musing.io/q/groynes/which-one-is-more-powerful-boil-or-steam-">View this answer on Musing.io</a>
| author | francistagbo |
|---|---|
| permlink | fk4humc8w |
| category | musing-threads |
| json_metadata | "{"app":"musing/1.1","appTags":["Question"],"appCategory":"Question","appTitle":"Which one is more powerful- boil or steam ?","appBody":"<p>Well this is an interesting question. Let me start by saying that when you're boiling something, particularly in water, the highest temperature that can be achieved is the temperature of boiling water which is 100 degrees Celsius. What this means is that there's basically a fixed amount of heat that can be given from a given mass of boiling water(Q= mc∆T). </p><p>Steam on the other hand is created when what're exceeds 100°c and as such the lowest temperature of steam at atmospheric pressure is 100°c. This means that if you're boiling something, the heat source which is the water won't be able to heat it up beyond 100°c but if you use steam you'll be able to heat it up much more.</p><p>What I'm trying to say is that the maximum heat generated from a given mass of water which is used to heat up something can not exceed a particular amount while that of steam can go much higher because it can exist at temperatures higher than 100°c.</p><p>Q = Heat generated</p><p>C = specific heat capacity</p><p>∆T = Temperature difference.</p><p>I hope this helps.</p>","appDepth":2,"appParentPermlink":"f3cclfcdq","appParentAuthor":"groynes","musingAppId":"aU2p3C3a8N","musingAppVersion":"1.1","musingPostType":"answer"}" |
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