18.5 Gibbs Free Energy and the Equilibrium Constant

Chad explains the relationship between the standard Gibbs Free Energy and the Equilibrium Constant and to perform related calculations.

00:20 - Standard Conditions
02:55 - Delta G under Non-Standard Conditions
04:05 - Delta G Standard (generalizations)

Happy Studying!

[breezle]

Where have you been during my last 3 semesters of chemistry?! Wonderfully explained!

[ee-zmhz]

You're an absolute legend. We have this in our metabolism module for uni and it looked quite daunting at first. Thanks so much Chad!

[Computer-rdpq]

This guys need some serious recognition. OP teaching keep it up

[AryanRaj-erpd]

I overlooked the fact that all concentrations were 1 in standard conditions and was breaking my brain over this equation. This video just cleared it all up in 10 minutes
Thanks a lot for doing what you do!

[blacknmedicine]

im in college taking biochem and this was a real good explanation helps you connect everything

[nastarannazari]

how lucky your students are! I wish you were my teacher!. God bless you

[nioshamajedi]

Good lecture I wish my professor was as passionate!

[namhd]

Great explanation, it really helped me. I was confused between standard del G and del G. Thank you

[angelaroxette]

The explanation was very clear. This was not in the syllabus when I studied but now as a teacher, I have to teach it. So I was trying to figure out how to best explain to my students and this was extremely helpful. Thank you so much.

[KoinoniacommunityTheologicalce]

Well explained! Thank you Mr. Chad, Appreciate it.💓💕🥰🥰🥰

[robhousehold]

I learned more in the first 3 minutes than 3 whole days of lecture.

[pedrorivasmesias]

keq is the one you get from the pressure(kp) or from concentration(kc)? because if the variation of gas moles is not equal to 0 Kc and kp are different.
Greetings from spain!

[RugsRabbit]

couldve watched 2 hours of my maniac instructor but i thankfully found your videos, cheers

[eukaryotic]

I have just spent the last three hours on a problem and only just found correct answer at the end of this video when I converted joules to kJ. thank you lol

[Eric-sqhd]

dude. you make things so clear. thank you.

[LR-ih]

Hello, In here you used delta G for the examples with the formula (Formula for Delta G @ stand con. and Delta G @ non-stand con.) Would it also apply with Delta S or Delta H? (meaning I could just use the exact same formula just change the symbols/letters)

[yaasinalam]

Great video. I’m on the college level and this video is so helpful

[kwakuappiah]

Wow great teachers really exist? who would have known

[qwjacklin]

Very nice lecture! One question: where did the equation ∆G=∆G0+RTlnQ come from?

[gardenerpeng]

Such a good explanation! Thank you so much!