Excellent video! Since the Gibbs free energy represents the theoretical maximum work of the cell, it is useful as a basis for calculating the efficiency of an actual voltaic cell. The fuel-cell community uses this approach but interestingly I cannot find the same information among the battery literature. Since there's so much focus on lithium ion batteries these days I was curious to see some efficiency figures based on the Gibbs free energy. I wonder if you have a feel for a typical value.
The battery example made everything click! Thanks a lot!
Thanks for the info....really helped me a lot...
ak u r the best!!!
Thanks for the video! Very in-depth and informative
Great to hear! and you're welcome!
Very helpful! Thank you :)
Thanks Sir For such a clear lecture
Thank you so much!!
Very Nice explanation sir..And also board representation
thanks it was informative
Good lecture sir
Excellent video! Since the Gibbs free energy represents the theoretical maximum work of the cell, it is useful as a basis for calculating the efficiency of an actual voltaic cell. The fuel-cell community uses this approach but interestingly I cannot find the same information among the battery literature. Since there's so much focus on lithium ion batteries these days I was curious to see some efficiency figures based on the Gibbs free energy. I wonder if you have a feel for a typical value.
Thanks :P
Inplix has the best handbooks and ready instructions. You can learn much from them and make it yourself.
Hi mate -
Any chance you're planning on adding a bio-chem section? Thanks for the vids!
Hey! Yes, that is one subject I hope to cover, although not too soon.
look forward to it man! I personally know a bunch of undergrad biochem students that would appreciate it :P Your vids are a great help. cheers, J
Thanks for the support! Really great to hear that people are finding this stuff useful! Thanks again Josh
so electrical work is essentially electrical force? F= qE according to EM. But how does force equivalent as work?
Kat Deng you can understand it as a driving force for the cell reaction for which electrons have to move and do work.
Can someone helpd? I thought delta g was always j/mol?