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Such a simple concept that my chemistry teacher never even bothered to explain, thanks
Huge help thank you. Was so confused but now it makes sense
Thank you for your comment!
this video my friend, was excellent. Thank you very much and have a nice!
Would you recommend always forming an overall equation and then seeing the effect, as then its easy to see if the emf will increase or decrease, as if the equilibrium shifts to the right it will increase and vice versa.
I think it is probably easier to use the half equations rather than the full equation.
very nicely explained, thanks !
finally got it!!! thanks a lot.
thank you so much! nice to have it explained
Really good sir
Very well explained. Thankyou.
I am from Bihar India and i am very impressed your teaching style i got good marks in board exam thankyou so much from buttom my heart 💓💖
Legend!! Thank you for the help!
I wish my professor would have taught this well. Thank you!
Thank you, sir. this will lot help me for tomorrow's exam.
Thank you. This was a great video
Glad you enjoyed it!
What if you decrease the concentration. Would you say this favours formation of electrons so electrode potential is more negative?
That's correct!
wow . thank u sir
Such a helpful video thank you soooo much
Glad it was helpful!
Helped for preparation of India's medical entrance exam NEET
what if zinc electrode and Ag/AgCl/sat.KCl reference electrode were used in a half-cell set up and the concentration of Zn2+(aq) increases?
If you increase [Zn2+] then the equilibrium will always shift to the RHS and the Zn electrode becomes more positive.
what if both half cell solution increased their concentration
Interesting question. Assuming they increase by the same amount, there should not be any change.
Thankyou sirrr!!!
Most welcome!
Now I am confused that why electrode potential is intensive property...
Why would there be less electrons when zn2+ is increased?That part keep confusing me😭😭
Bro study equilibrium Lee chatler principal ..this clear your confusion 👍..🇮🇳
I don't like it 😐😐
Such a simple concept that my chemistry teacher never even bothered to explain, thanks
Huge help thank you. Was so confused but now it makes sense
Thank you for your comment!
this video my friend, was excellent. Thank you very much and have a nice!
Would you recommend always forming an overall equation and then seeing the effect, as then its easy to see if the emf will increase or decrease, as if the equilibrium shifts to the right it will increase and vice versa.
I think it is probably easier to use the half equations rather than the full equation.
very nicely explained, thanks !
finally got it!!! thanks a lot.
thank you so much! nice to have it explained
Really good sir
Very well explained. Thankyou.
I am from Bihar India and i am very impressed your teaching style i got good marks in board exam thankyou so much from buttom my heart 💓💖
Legend!! Thank you for the help!
I wish my professor would have taught this well. Thank you!
Thank you, sir. this will lot help me for tomorrow's exam.
Thank you. This was a great video
Glad you enjoyed it!
What if you decrease the concentration. Would you say this favours formation of electrons so electrode potential is more negative?
That's correct!
wow . thank u sir
Such a helpful video thank you soooo much
Glad it was helpful!
Helped for preparation of India's medical entrance exam NEET
what if zinc electrode and Ag/AgCl/sat.KCl reference electrode were used in a half-cell set up and the concentration of Zn2+(aq) increases?
If you increase [Zn2+] then the equilibrium will always shift to the RHS and the Zn electrode becomes more positive.
what if both half cell solution increased their concentration
Interesting question. Assuming they increase by the same amount, there should not be any change.
Thankyou sirrr!!!
Most welcome!
Now I am confused that why electrode potential is intensive property...
Why would there be less electrons when zn2+ is increased?
That part keep confusing me😭😭
Bro study equilibrium Lee chatler principal ..this clear your confusion 👍..🇮🇳
I don't like it 😐😐