if it was molecular friction then the pea would not cool.. but it does.. all you are doing is putting the energy the molecules already have and putting it into a smaller space, giving you a more concentrated pocket of heat. it is this more concentrated heat that makes particles move faster. not the compression.. get it right science world!
this is bullshit.. the molecules impacting has nothing to do with temp rise. the molecules each have a fixed amount of energy. when you compress the molecules into a smaller area, you also compress the energy into a smaller area. if i take all the energy in a room and put it into something the size of a pea, it would be super hot. The energy in the pea would radiate out to its surroundings.. the pea would eventually cool.
it is very useful video
1212202012122012 1 day ago
Great............Thanks for sharing
zaman866 11 months ago
if it was molecular friction then the pea would not cool.. but it does.. all you are doing is putting the energy the molecules already have and putting it into a smaller space, giving you a more concentrated pocket of heat. it is this more concentrated heat that makes particles move faster. not the compression.. get it right science world!
neh4pres 11 months ago
this is bullshit.. the molecules impacting has nothing to do with temp rise. the molecules each have a fixed amount of energy. when you compress the molecules into a smaller area, you also compress the energy into a smaller area. if i take all the energy in a room and put it into something the size of a pea, it would be super hot. The energy in the pea would radiate out to its surroundings.. the pea would eventually cool.
neh4pres 11 months ago