Thank you so much !! for anyone that doesn't know the formula he's using for parenthesees he's using for omega(q,N) = (q+N-1 q) is actually called "q+N-1 choose q", not dividing it, just so anyone isn't confused, but seriously this video is great. have my thermal physics final soon and these videos give me a little bit of hope lol.
7:50 is incorrect. You need to work with the slashes and dots you have. So you can't use all slashes or all dots. Instead you divide (q+n-1)! by the ways you can arrange the dots which is q! as well as by the ways you can arrange the slashes which is (n-1)! which then in total gives you the desired formula.
@@jg394 as someone who is studying for my upcoming thermo class, I have to say that these videos are so digestible and easy to understand. thank you! I appreciate the time and effort you put into these.
Dude! Thank you so much. I was trying to find this information from Spanish sources (I'm from Mexico) and none of them was as good as yours. I totally understood your explanation! So, again, thank you so much!
I have a question, by using the equipartition theorem, n/2 kT, if we want to get the same result, n has to be equal to 6, so my question is why do we say in the equipartition theorem that an atom has 6 degrees of freedom whereas in the Einstein model there are 3 degree of freedoms for an atom? Thanks a lot and by the way I got subscribed!
I can't believe I found such a series. Thank you very much, your videos are a treasure for me.🤩
Thank you so much !! for anyone that doesn't know the formula he's using for parenthesees he's using for omega(q,N) = (q+N-1 q) is actually called "q+N-1 choose q", not dividing it, just so anyone isn't confused, but seriously this video is great. have my thermal physics final soon and these videos give me a little bit of hope lol.
Nice video.👍👍
7:50 is incorrect. You need to work with the slashes and dots you have. So you can't use all slashes or all dots. Instead you divide (q+n-1)! by the ways you can arrange the dots which is q! as well as by the ways you can arrange the slashes which is (n-1)! which then in total gives you the desired formula.
Will you be making more videos with this book?
Yes, just got super-busy with the new job and such.
@@jg394 as someone who is studying for my upcoming thermo class, I have to say that these videos are so digestible and easy to understand. thank you! I appreciate the time and effort you put into these.
Hi. At 7:20, I don’t understand why you chose N=4. Can you please explain that
Oh I think I got it now. There are 4 oscillators, it’s just that the third doesn’t have any quanta… I think I’m cool now
how does one come up with the micro states format?
Dude! Thank you so much. I was trying to find this information from Spanish sources (I'm from Mexico) and none of them was as good as yours. I totally understood your explanation! So, again, thank you so much!
Isn't N=3 ?
I have a question, by using the equipartition theorem, n/2 kT, if we want to get the same result, n has to be equal to 6, so my question is why do we say in the equipartition theorem that an atom has 6 degrees of freedom whereas in the Einstein model there are 3 degree of freedoms for an atom? Thanks a lot and by the way I got subscribed!
kinetic energy and the harmonic 'spring' potential energy
Thanks, I hate reading.