00:01
Here, to solve this question, we have to understand the nursed equation.
00:06
Okay, so the nurse equation is important to understand.
00:09
So the nurse equation is helpful in calculation of the nursed potential or we can say the equilibrium potential.
00:17
It will help us to understand about the equilibrium potential and the equilibrium potential basically for an iron based on the charge of the iron.
00:28
And here we are talking about the concentration gradient which is maintained across the membrane, which is maintained by sodium and the potassium ions.
00:38
So according to the last equation, we have equilibrium potential as veq.
00:45
So this is the equilibrium potential and veq is equal to r which is the universal gas constant and this gas constant has a value which is around.
01:05
8 .314 joule 1 .14 julym mole inverse.
01:14
Then this gas constant multiplied by a temperature and this temperature is present in kelvin.
01:23
So this is present in kelvin which is 273.
01:29
We have to add 273 kelvin to the existing celsius temperature...