Thermodynamics (part 3)
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I don't think 100C is 100x higher than 1C.
1C=274K and 100C=373K so it is 373/274 times higher
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He labels his initial and final volume as V1 in the formula he writes in the beginning...
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first part should be Psubscript2 times Vsubscript2
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your mouth is waaayyy too close to the mic. I can hear every time your tongue gets too dry and you have to get spit. it sounds disgusting.
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very hard... waaaaaaaaaaaaa
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@ajskilton Perhaps it is not a question of where it can exist, but when.
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-273°C :)
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Just one correction: absolute zero does not mean "no kinetic energy", it means that the internal energy of the system is at a minimum (not zero).
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@DoctorYoon I am haha I actually Already took the class but decided I would see if there was anything I missed during my sleeping through lecture days
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DoctorYoon 2 years ago 43
According to quamtum theory no two particles can ever be completely at rest, is this true? If so, can it explain why absolute zero cannot be reached anywhere in the universe? Does this also say something about 'rest mass' in relativity, is there a true 'rest'?
ajskilton 2 years ago 14