This video helped me so much, literally 1 min of looking for this video and only half paying attention to this is equivalent to like 20 mins of textbook reading
This was helpful, and I thank you! Question though: shouldn't we keep the negative value assigned to the heat of vaporization when working with the two-point form?
Hello, thanks for the video. Can I use it to extrapolate or derivate unknown pressure at a determined temperature by having 2 other isotherms with their Vol, Tem, and P? I'm modeling my isotherms with langmuir equation n=(VL*P)/(PL+P). thanks
I guess you can't use this equation to find the amount of condensate generated in a saturated steam line eh? I know how to solve the heat transfer and the pressure loss in a steam line but am I right to presume that the C-C equation is for an adiabatic process?
Yeah, good old memories from physical chemistry classes - if you can not remember how to solve it, you can do it with your CASIO easily: ua-cam.com/video/RMSq6b7Obgg/v-deo.html
This video helped me so much, literally 1 min of looking for this video and only half paying attention to this is equivalent to like 20 mins of textbook reading
11 years old and aged like fine wine
I think he multiplied the minus into the temperature term which changed it from (1/T2 - 1/T1) to (1/T1 - 1/T2)
Shouldn’t it also be ln(P1/P2)?
so beautiful, divided by R ; where, who what came up with our physical constants?
This was helpful, and I thank you! Question though: shouldn't we keep the negative value assigned to the heat of vaporization when working with the two-point form?
Hello, thanks for the video. Can I use it to extrapolate or derivate unknown pressure at a determined temperature by having 2 other isotherms with their Vol, Tem, and P? I'm modeling my isotherms with langmuir equation n=(VL*P)/(PL+P). thanks
So what is C exactly?? The boiling point?
I would I like a example where they only give you the slope intercept form and want us to find the enthalpy of vaporization.
I guess you can't use this equation to find the amount of condensate generated in a saturated steam line eh? I know how to solve the heat transfer and the pressure loss in a steam line but am I right to presume that the C-C equation is for an adiabatic process?
Good video mate. maybe you could have extended it a bit more and explained more about this equation.
really helpful thanks
Thank you for the video, really helpfull. I think you just forgot a minus at the last equation,don't you ? Because the slope is negative.
No, it's either Hvap/R * (1/T1 - 1/T2) or - Hvap/R * (1/T2 - 1/T1)
Yeah, good old memories from physical chemistry classes - if you can not remember how to solve it, you can do it with your CASIO easily: ua-cam.com/video/RMSq6b7Obgg/v-deo.html
Nice vid!
wot?