In the Nernst equation, the concentration of Fe3+ keeps increasing and the concentration of Fe2+ keeps decreasing till the equivalence point because Fe2+ gets oxidised to Fe3+ with the addition of the titrant. This is why the potential(EMF) increases.
Great details. Thank You.I want to buy the potentiometer to analyze the silver content in a solution. Document says I need to have a potentiometer with combination silver electrode or silver chloride coated silver electrode and mercury/mercury sulphate (Hg/Hg2 SO4) electrode or other suitable reference electrode.Can you help to suggest suitable make where I can purchase this instrument set up.Thank You for your guidance.
After watching your lecture, I could understand the topic of Potentiometric titrations of IGNOU text book [25/07/2023]. Thanks a lot Ma'am.
Thank you very much. It's my pleasure.
From principle to applications, your video covered all the necessary points. That too, in less than 20 minutes. Great work madam.
Thank you very much sir.
Really, gr8,thank a lot Mam, This is the content I was searching for
Thank you so much.
Awesome explanation madam thk u so much now I'm fully cleared in this topic ♥️♥️♥️
Happy that you liked it.
thanks mam your explination will be good and i got cleared about potentiometry
Mam What will be the curve in case of HCl and NaOH..
Could you please show me how can we calculate the response time in ion-selective electrodes?
Wonderful video mam thanks ❤🌹😊❤a lot for such informative video
Most welcome. Glad that you liked it.
everything is very clear and well understood!!.....
Thank you very much.
Thank you so much from Costa Rica! :)
It's my pleasure. You are most welcome.
It's easily understandable explanation ... In this lockdown this is a magical pill for us mam 😍.. thank u mam 🤩👍
Thank you very much. It's my pleasure.
I found this video very helpful, thank you.
Thank you very much.
This was so clear and detailed. Thank you very much
It's my pleasure. Thank you.
oh my god thank you so much. this was so helpful
It's my pleasure.
Madam, can you please provide here the ppt?
It will be very helpful for us. Thanks.
Excellent explanation mam... Thanq
It's my pleasure. Thanks.
Mam please give link to the ppt of potentiomerric and conductometric titrations
Check my blog
Very nice explaination
Thank you very much.
Mam can you tell me the reason of increasing potential when we add titrant
In the Nernst equation, the concentration of Fe3+ keeps increasing and the concentration of Fe2+ keeps decreasing till the equivalence point because Fe2+ gets oxidised to Fe3+ with the addition of the titrant. This is why the potential(EMF) increases.
@@RevathiPurushothaman thank you so much aapne kafi ache tarike se btaya ab mer doubt clear ho gye 😊
I wonder I can't find the profile of the lecturer.
Thank you so much ☺️
You are most welcome.
Thanks a lot❤
Really helpful
Do make videos like this in future!
My pleasure. Sure.
Super! Thanks you!
It's my pleasure.
Very helpful vedio mam 😊😊
Thank you. Happy that be it helped you
Thank you mam....🌻❤
Most welcome.
May God Bless You
Thank you so much for your heartful blessing.
Very good explanation Madam
Thank you very much.
Thanks a lot mam🙏
It's my pleasure. Most welcome.
Helpful 👍👍
Thank you.
Thank you so much mam.
You are most welcome.
Please tell the cell representation of redox titration
awesome...mam
Thank you.
Name an electrode representation?
Mam can you teach engineering chemistry?
If possible send your number to my mail mam
Already there are many videos in engineering chemistry. Find the videos in this channel.
@@RevathiPurushothaman I need your help
I want to contact you
MATURED LECTURE
Thank you.
Great details. Thank You.I want to buy the potentiometer to analyze the silver content in a solution. Document says I need to have a potentiometer with combination silver electrode or silver chloride coated silver electrode and mercury/mercury sulphate (Hg/Hg2 SO4) electrode or other suitable reference electrode.Can you help to suggest suitable make where I can purchase this instrument set up.Thank You for your guidance.
Nice explanation. Tan q mam
It's my pleasure.
Galgotias University students network
Classic
Thank you very much.
Wonderful video mam thanks ❤🌹😊❤a lot for such informative video
Thanks for liking.