Concentration Cells & Cell Potential Calculations - Electrochemistry

This chemistry video tutorial provides a basic introduction into concentration cells. It explains how to calculate the cell potential of a concentration cell. The greater the ratio between the concentrations in the two half-cells, the greater the cell potential. This electrochemistry video contains a few examples and practice problems.
Intro to Galvanic & Voltaic Cells:
• Introduction to Galvan...
How To Draw Galvanic Cells:
• How To Draw Galvanic C...
Standard Reduction Potentials:
• Standard Reduction Pot...
Cell Potential Problems:
• Cell Potential Problem...
Cell Notation Problems:
• Cell Notation Practice...
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Concentration Cells:
• Concentration Cells & ...
Cell Potential & Gibbs Free Energy:
• Cell Potential & Gibbs...
Cell Potential & Equilibrium K:
• Equilibrium Constant K...
Nernst Equation:
• Nernst Equation Explai...
Electrolysis of Water:
• Electrolysis of Water ...
_____________________________________
Electrolysis of Sodium Chloride:
• Electrolysis of Sodium...
Electrolysis & Electroplating Problems:
• Electrolysis & Electro...
Electrochemistry Practice Problems:
• Electrochemistry Pract...
SAT Chemistry Subject Test Review:
• SAT Chemistry Subject ...
Carbon -14 Dating:
• Carbon 14 Dating Probl...
Beer Lambert's Law:
• Beer Lambert's Law, Ab...
______________________________________
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www.video-tuto...
Full-Length Videos and Worksheets:
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Chemistry PDF Worksheets:
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[@SidraKhanTurk]

3:42 i felt like he smiled while doing that cancellations, i dont know why but its making me so much happier❤😅

[@estherkatentazimba4322]

I am watching this at 01am hope I don't fall asleep with your smoothing voice😭

[@KMOONGAMING]

U have a soothing voice

[@nishchaygupta2653]

It's true

[@ahmedhaleem6519]

You are a life savior my man D: ♥

[@mawandahakim5016]

Thnk u sir am in form 6 alevel dng PCM ......UGANDA....u hv been ma grt teacher

[@nh4970]

your explanation is outstanding sir 🙏

[@chemistryunscrambledbydrim6526]

Great explanation 👍

[@crystaldoughnut1273]

are you for real bro cuz this explanation is absolutely amazing! Thank you so much💓

[@okandemirci7579]

great explanation

[@93sreelekshmis34]

Thank you sir 🙏

[@aaro96live]

Great Video!!

[@charlottedallara7791]

What if NH3 is added? How does that change the calculation?

[@sinagholamimalek5569]

Thank you very much

[@FilippoMantovani-gn6dh]

thank you very much

[@saivite1694]

Thank you so much ^_^

[@confidencecareerinstituteb8786]

Nice sir

[@AtifShahab_-c_ROLL]

Why aren't there two or even 10 likes options? I wanna like this video at least 11 times. I wasted more than an hour on this topic but couldn't understand shit. But after watching this video i can safely say i know what a concentration cell is and how to calculate it's potential .

[@ivoryas1696]

So... you learned from it?

[@Utubebieber96]

What happened to faraday’s constant on the bottom ?

[@sperfectaras]

It's calculated in 0.0591. See the responce to Victor Martinez

[@acceber5179]

It was all just factored in cause they assumed it's at constant temp

[@jacobmendiola5947]

how do you type the Q in the Casio calculator? I can't get the exact answer huhuhu pls help

[@easymoney7344]

No bro you can't, just try putting the Product/Reactant

[@VMart-or1gq]

I don't understand where the 0.0591 came from

[@thibom7942]

Its from the formula: E = E0 + RT/nF × ln Q.
So RT/F= 8.31×273/96485 = 0.02457 and then you multiply by 2.30 because you transform the Ln to a log

[@maggied1784]

@@thibom7942 thank you!

[@chemistryunscrambledbydrim6526]

Thibom sir, the temperature should be 298 K, if 273 K is taken then the value will be 0.054. Thank you

[@deeplowjnr1492]

👍👍