Your narration reinforced the exhilarating nature of the study of membrane potential which left me so fulfilled that I am going to share it with my entire class.
You will get approximately 61.5 as a constant when you, sustitute all the constants in the nerst equation and simplify the equation R= 8.314JmolK^-1 , F= 96500 Cmol^-1 , And convert ln to log And substisute temperature as the nomal body temperature in kelvin It is a simplified version of nerst and goldmans equations, which you. Can apply for above conditions.
It is! The video actually does reference this in 2 ways: the animation writes -94mV and the voice over provides a direction for the voltage when they say “with negativity inside the cell” (as opposed to outside)
Your videos are veryyyy helpful. Plz continue to make such videos.❤❤❤❤
Your narration reinforced the exhilarating nature of the study of membrane potential which left me so fulfilled that I am going to share it with my entire class.
your videos are quite easy to understand
Good work❤ expecting more videos.way to go
Thank you sir
Thank you sirr
is it not -94 mv?
Thank you so kuch
Thnku🎉
But where did minus 61 came from in both equations
You will get approximately 61.5 as a constant when you, sustitute all the constants in the nerst equation and simplify the equation
R= 8.314JmolK^-1 , F= 96500 Cmol^-1 ,
And convert ln to log
And substisute temperature as the nomal body temperature in kelvin
It is a simplified version of nerst and goldmans equations, which you. Can apply for above conditions.
10/10
Sir i love your videos but please keep the voice realistic it feels like you are narrating a thriller story
Noted. Thanks for the comment.
❤
Thank you
is it not -94 mv?
It is! The video actually does reference this in 2 ways: the animation writes -94mV and the voice over provides a direction for the voltage when they say “with negativity inside the cell” (as opposed to outside)
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