00:01
Just friends, for the reaction of hydrogen with iodine to give h .i, all are in gaseous condition.
00:05
Kp is 3 .14 multiplied by 10 there 2.
00:09
Hydrogen and iodine at a pressure of 2 .34 atmosphere are introduced into the flask, initially.
00:15
Volume of container is 1 liter and we have to find out the equilibrium partial pressures of all species, that is hydrogen, iodine and h .i.
00:23
Now here, for example, at equilibrium, at equilibrium, at, at a.
00:31
Of hydrogen and x -a -at -m of hydrogen react to form 2x, atm of h -i.
00:39
Therefore here how much remain? it is 2 .34 minus x.
00:48
This is also 2 .34 minus x.
00:53
So this is 2x.
00:57
Now initially it was 2 .34, it was 2 .34 and this was 0 .8m.
01:06
Now, at equilibrium let 2 .34 minus x, it is also 2 .34 minus x to form 2 .ha, that is 2hi, 2x, atm...