text
stringlengths
0
205
align:start position:0%
because if you are in one microscopic
State
align:start position:0%
State
align:start position:0%
State
then Pi is one for that micro State and
align:start position:0%
then Pi is one for that micro State and
align:start position:0%
then Pi is one for that micro State and
zero for all the other ones so one log
align:start position:0%
zero for all the other ones so one log
align:start position:0%
zero for all the other ones so one log
one is zero and 0 Log 0 is also zero so
align:start position:0%
one is zero and 0 Log 0 is also zero so
align:start position:0%
one is zero and 0 Log 0 is also zero so
your entropy is zero so you have no
align:start position:0%
your entropy is zero so you have no
align:start position:0%
your entropy is zero so you have no
disorder okay so if you if you if your
align:start position:0%
disorder okay so if you if you if your
align:start position:0%
disorder okay so if you if you if your
macroscopic state leads to only one
align:start position:0%
macroscopic state leads to only one
align:start position:0%
macroscopic state leads to only one
microscopic realization that you can be
align:start position:0%
microscopic realization that you can be
align:start position:0%
microscopic realization that you can be
in then you have zero entropy it's when
align:start position:0%
in then you have zero entropy it's when
align:start position:0%
in then you have zero entropy it's when
you can be in multiple different
align:start position:0%
you can be in multiple different
align:start position:0%
you can be in multiple different
microscopic states that you have entropy
align:start position:0%
microscopic states that you have entropy
align:start position:0%
microscopic states that you have entropy
okay so you can think of atomic
align:start position:0%
okay so you can think of atomic
align:start position:0%
okay so you can think of atomic
vibrations for example as really going