00:02
Hi there.
00:03
And welcome to this problem.
00:06
As we're reading this, it just talks about volume and pressure.
00:11
So to answer this, we have to assume that the amount of gas and temperature are constant, even though it doesn't say that.
00:19
But if the amount of gas and the temperature are constant, this would be a boyle's law problem.
00:29
And boyle's law says that pressure and volume are inversely proportional when the amount of gas and the temperature are constant.
00:39
So the equation for boyle's law is p1 v1 equals p2 v2, where p represents pressure, v represents volume, ones represent the initial conditions, and two represent the new conditions.
00:57
So as you can see, this would be an inverse proportion or an inverse relationship.
01:02
As pressure goes up, volume goes down.
01:05
As pressure goes down, volume goes up...