text
stringlengths
0
205
align:start position:0%
know if you sort of look at the scale
align:start position:0%
know if you sort of look at the scale
here um it's pretty pretty amazing that
align:start position:0%
here um it's pretty pretty amazing that
align:start position:0%
here um it's pretty pretty amazing that
this effect comes out uh quite well
align:start position:0%
align:start position:0%
but what about you know other things
align:start position:0%
but what about you know other things
align:start position:0%
but what about you know other things
remember that the
align:start position:0%
align:start position:0%
the thermal expansion comes from how the
align:start position:0%
the thermal expansion comes from how the
align:start position:0%
the thermal expansion comes from how the
entropy changes with volume but that's
align:start position:0%
entropy changes with volume but that's
align:start position:0%
entropy changes with volume but that's
the total entropy the calculation I
align:start position:0%
the total entropy the calculation I
align:start position:0%
the total entropy the calculation I
showed you only had the vibrational
align:start position:0%
showed you only had the vibrational
align:start position:0%
showed you only had the vibrational
entropy in it okay okay so any other
align:start position:0%
entropy in it okay okay so any other
align:start position:0%
entropy in it okay okay so any other
level of excitations that changes with
align:start position:0%
level of excitations that changes with
align:start position:0%
level of excitations that changes with
volume can affect your thermal expansion
align:start position:0%
volume can affect your thermal expansion
align:start position:0%
volume can affect your thermal expansion
so you know an obvious one is the
align:start position:0%
so you know an obvious one is the