00:01
So to solve for this, we'll use this equation.
00:05
We have p1, p1 over t1, equivalent to p2, b2, b2 over t2.
00:14
So this is derived from the ideal guess equation.
00:17
And rearranging this equation to get b2, since that is what we are looking for in this problem, we have p1, p1, multiplied by t2, you know, have here t1, b2.
00:34
But remember that it is said that the temperature is constant.
00:39
So that means t2 is equivalent to b1.
00:43
And since they are of the same value, we could just cancel this two right here because that would just be equivalent to one...