Thermodynamic Probability of Maxwell-Boltzmann Statistics(M-B Distribution Function-1)

[@mathOgenius]

I Hope This Helps !

[@soumyajyotikundu7147]

It did Thank you so much

[@thermrm]

Otaku too, what a legend!

[@suhailwilliamhares]

Good job 👍🏻 and you can add some more text information like definition and note points in next lectures

[@niranjanca3534]

Thank u bro for this wonderfull explanation....😊

[@MRHL2001]

Bro you cleared my doubts thank❤️ you man ..

[@muslimahtranquil1280]

Thanks. It's helpful

[@learnplus9197]

Great work. Keep it up.

[@mathOgenius]

Thanks 😁😁

[@momomango2123]

thank you ever so much for the simple, excellent explanation! i have one question though, when you mentioned that we could divide by N! if we wanted to treat the particles as indistinguishable, what does it differ, then, from Bose-Einstein statistic? we would be dealing with the same conditions as B.E so what calls for this particular formula? thanks in advance.

[@musicallife7028]

Thank u for such a clear explanation...

[@mathOgenius]

glad you liked :)

[@armanwasimjahan]

while deducing the probability...at first we considered the particles to be indistinguisabhle... then after multiplying the degeneracy probability how the entire probability is considered as for distinguishable particle ?

[@mathOgenius]

no, we took the particles all the way distinguishable, just at the end if we divide the probability with N! then its considered as indistinguishable. Please watch the video carefully.

[@armanwasimjahan]

sry sry.. got it... got it... its the order of the particles doesnt matter **without degenarcy being taken as constraint (thats y althought they are distiguishable u r using combination instead of permutation) Btw Thanks a lot... Epic Video ... ❣️ Good work..keep it up

[@mathOgenius]

Thanks 😁😁

[@maglev469]

Show a reward as physics meme, just a suggestion

[@shhhahil]

Thanks buddy!

[@mr_stardust0.032]

Binod is mathematician

[@SampleroftheMultiverse]

Boltzmann Distribution Hey Guys does this model look like it might describe what in your lecture? Thanks for your well produced video. Your viewers might enjoy seeing my personal amateur science project. Sorry if it’s not a well produced video I need to do better. It might be a good visual aid that the math describes. See the sheet of spring-like material buckled from the ends to form a Gaussian curve. The area under the curve represents the energy in the system. The sheet of material represents a field with the ends bounded. Seeing the mechanical effect may takes some of the mystery of what the math for your students. See the load verse deflection graph in the white paper found elsewhere on my KZbin channel. kzbin.info/www/bejne/raOlpKSfepWpfZYsi=waT8lY2iX-wJdjO3