00:01
Hello, hi students, let me explain to the question here.
00:03
So the cell potential, so the cell potential of the following electrochemical cell.
00:09
So cell potential of electrochemical cell it is given us.
00:15
So the particular cell potential, it depends upon the ph of the solution.
00:21
So ph of the solution in the anode half cell, in the anode half cell.
00:30
Here the electrochemical cell reaction it is given as reaction so here electrochemical cell so electrochemical cell it is not but one of the device so in this particular device by using the chemical reaction chemical reaction we will generate electricity or by using electrical energy we will we will produce the chemical reaction the particular device we called it as electrochemical cell for electrochemical cell the cell potential it is depends on three hs solution in the anode half cell so what is meant by half cell reaction or half cell usually in the electrochemical cell redux reactions takes place means it consists of both oxidation as well as reduction reactions so reduction so half cell reaction means it consists of either oxidation or reduction reactions or reduction any half of the reaction oxidation, oxidation, either oxidation or reduction.
01:40
Okay, so here the given, so given electrochemical reaction is so this is the given electrochemical cell reaction.
01:55
This is the given electrochemical cell reaction.
01:59
So here reaction occurs in the anode.
02:02
So the particular reaction occurs in anode.
02:07
So what is the reaction occurs in anode? so the half h2 gas, it gives rise to h plus aqueous plus electrons.
02:16
So here removal of electrons takes place.
02:19
So removal of electrons with the remains of that is oxidation reaction takes place with the anode.
02:26
Okay.
02:27
So here now we have to apply nernnst equation...