POTENTIOMETRIC TITRATIONS

PIKAI PHARMACY ---------------------------------------------------
This video is all about the theoretical concept to determine end point of different titrations using potentiometry.
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[@mohdyasir1645]

Thanks bro I am from VTU and we have this experiment in Engineering Chemistry Laboratory First Year

[@shruti.7660]

Very nicely explained.👌

[@rajchaudary9021]

Good work sir g

[@samratrudra5034]

Bah bah.... Keep going.

[@aminaibrahimjume6595]

thank you. But how can i calculate the cell voltage after taken the readings of the titration in redox type?

[@ertanissever7047]

Thank you for this good informative lecture. I am confused in potential of indicator electrode in redox titration because "+" should be "-" sign. I could not understand why it is "+".

[@shrinivasjahagirdar8720]

Very Informative video

[@venkatsiva5763]

Nice explanation ....

[@charan044]

Hlo u don't know Telugu good explaining but Telugu lo chepthe bagundu

[@logicalchemistry2621]

Nice video
#logicalchemistry#

[@rohan71560]

Nice sir

[@prajnadutta4065]

☺nice 😀

[@safoorakhan5675]

Why we use ' +' and 'n' the value of indicator potiental for redox reaction...while we use '_' in acid base

[@poojadagar1353]

Please answer this i also have same douby

[@jinx2873]

to apply the Nernst reaction, we should write the reaction as a reduction half reaction. so we should write the redox reaction as
Fe3+ --> Fe2+. then when we write the Nernst equation a with a - sign. then when we bring Fe3+ as the numerator of the fraction, the sign gets changed to +.

[@kaypatel380]

thx very helpful

[@safoorakhan5675]

And 0.99 comes from where in redox titration

[@kartickdigar6289]

Nice

[@Sirigowda2580]

Acid vs base emf decrease.... 🤔🤔🤔🤔🤔....

[@dr.reetamaheshwari9091]

Good

[@pratibhagupta6977]

sir ab beja Kal hi Mera analysis ka exam khatam bha😫😫😫😫😫😫

[@PikaiPharmacy]

Don't worry marks are just numbers, everything will happen positive and good ❤️

[@sumonaghosh33]

In case of redox titration, you have taken Pt wire as indicator electrode, but how you could say E°(ind)= 0.44?

[@sumonaghosh33]

And why you haven't taken consideration the concentration of Cr+3 and Cr2O7(-2) in the calculations?

[@sumonaghosh33]

The explanation of acid-base titration is very helpful,,, thank you,,,
But please clear the conceptions in case of precipitation and redox,,,

[@saptarsheebhattacharjee8767]

It is indicator electrode with predetermined electrode potential, bro.

[@Deepakroy-cb3go]

nice english

[@chandrakarki7798]

Hindi me bhi samjhana

[@PikaiPharmacy]

Sorry bro, I don't have great fluency in hindi.

[@Mr.indian19998]

Hindi m samjaya kr

[@samratrudra5034]

Bah bah.... Keep going.