Clausius-Clapeyron Equation and Excel

[@gavinlancaster2853]

You're an absolute lifesaver. I was assigned a problem relating to heat of vaporization when never having done a problem on it before, and you made it so much easier to understand

[@abbyfilipetti5742]

you are my lord and saviour shaun

[@shush1841]

Absolute legend

[@jacobfredman6022]

thanks man this saved me

[@WavyB1]

Thank you so much

[@lordforeheadass7981]

3 years late to the party, but really an amazing video, super clear and understandable, thank you!

[@skrtsk7984]

good explanation, but I have a question. Wouldn't the slope (-3773) have SI units as well?

[@josephclark5414]

No. The slope (m) is a constant. In other words the slope is the m, in y=mx+b.

[@rattydeluxe]

Hi Shaun, I am confused on how you got R = 8.314. Could you explain this part of the equation?

[@dannakraken6726]

R is a constant (a value you're given and plug in) and is equal to 8.314 J/(mol*K) in equations dealing with energy and 0.0821 L*atm/(mol*K) in equations dealing with the ideal gas law.

[@nooryussufbinothman5585]

May I know the unit for vapour pressure in this sheet? IS it pascal or bar?

[@alexistorresrivera4773]

Thanks!

[@leahdevereaux9333]

Thank you

[@rozagyan6229]

Hi! Where did you get the slope value? Could you pls explaine it? Thank you

[@shaunshelton6855]

You have to add a trendline by right clicking on one of the data points. Once this is done, on the right side there should be a side page open up. At the bottom of it there is a place where you can check the box for display equation on chart. Then you will be able to determine the slope from the linear-regression equation.

[@danielaisabelsantiagogarci3974]

THANK U SOOOOO MUCH!!!!!

[@percyjackson4077]

thanks brother

[@shaunshelton6855]

No problem

[@julienalexander6113]

What if 1/T is 1/T (K^-1) ?

[@julienalexander6113]

Oh, nevermind, I figured it out, lol. 🤦🏾‍♂️

[@shaunshelton6855]

@@julienalexander6113 glad you did as I was trying to figure out what you were referring to. :)

[@julienalexander6113]

@@shaunshelton6855 🤙🏾