00:01
We are given a vapor pressure data of acid acid.
00:04
And then we would like to file the motor amphibreization and also normal point.
00:11
Using a close equation.
00:14
Again, we're going to use another form of closest equation.
00:18
We have natural law of p equals to a negative heat of vaporization divot by r, time 1 d by temperature.
00:28
So we 1 over t plus c.
00:35
And this form looks like a strict line equation, strict line equation.
00:41
So what we are going to do is that we're going to plot natural law of p versus 1 over t.
00:49
Ok, so we move on to the right.
00:51
You can see my spreadsheet.
00:53
I already have the data internal spreadsheet and also convert the temperature to 1 over t.
01:00
And also the pressure to natural lot of p.
01:03
For temperature, we had to do a little bit further extra work because we have to convert this degree celsius to kelvin, so i would have one over temperature in calvin...