00:01
This is the phase diagram for partially missable liquids.
00:14
Let this point be b1, let this point be b2 and this point as b3.
00:22
So from this, we can say that the expansion of phase rule is followed by f is equal to c minus p plus 2.
00:29
So this is phase rule, where f is degrees of freedom, f is equal to degrees of freedom, c is equal to number of components, number of components, p is equal to number of phases.
00:58
Now, the phase diagram we have already seen.
01:01
So at b3, we can say that c is equal to 2, a and b, we have components, and p is equal to 2.
01:11
So, applying the phase rule, we will have f is equal to 2 minus 2 plus 2, which is equal to the degrees of freedom is 2, such as pressure and composition.
01:23
So, degrees of freedom is pressure and composition.
01:35
Then the mole fraction of a will be equal to 1 minus 0 .8, which is equal to 0 .2, we can imply that the mole fraction of a, which is given by x .8, which is equal to 0 .2, we can imply that the mole fraction of a, which is given by x...