Determination of Concentration of KMnO4 Solution Using Oxalic Acid - MeitY OLabs

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Determination of Concentration of KMnO4 Solution Using Oxalic Acid :-
The oxidation and reduction reactions in aqueous solutions involve the transfer of electrons from one species to another. In the oxidation of a substance electron(s) is (are) transferred from the species and in reduction, electron(s) is (are) gained by the species. Oxidation and reduction reactions occur simultaneously. A reaction, which involves simultaneous oxidation and reduction, is called a redox reaction. The titrations involving redox reaction are called redox titrations. In Redox titrations involving potassium permanganate, it acts as a powerful oxidising agent.
This video explains how to determine the strength of potassium permanganate solution by titrating it against a standard solution of Oxalic acid.

[@ayushthetic]

This is So Descriptive, well Produced, well narrated and wonderfully filmed. Thumbs Up!

[@abheetnagar8554]

Really I must say, the narrator has done a great job. Nicely done 😇

[@cvanlaldingngheta1866]

i am going ti do practical on the next day and i watch this and it is very helpful

[@jobgiwa9193]

Nice videos but it would be important to state that the molar mass 126g/mol was gotten from hydrated Oxalic acid crystal as against 90g/mol gotten from anhydrous form.Also ,I think its important to let your viewers know an exact concentration for the dil acid used so they are precise with its preparation and usage.Thanks

[@sudiptamoyghosh1192]

Thank you.very clear voice & description.Thank you again.

[@oshininugapitiya2847]

nice video & easy to understand.also it's a clear voice.Thank you very much.

[@premalathak3649]

perfect explanation...this video helped me in practical exam..

[@prabhu998]

really helpful... mainly those calculations.. :)

[@SreekantShenoy]

This was the best video ever!!

[@arvinddikkar2956]

Thank you so much !!!!
It really helped a lot....:-)

[@tharushiilluppitiya153]

nice presentation. easy to understand. thanks a lot

[@smoulderingphoenix]

thank you thank you thank you!!!!! super helpful!!!!! 😉🤘🤘🙌

[@sleepdeprivedpuggy]

thanku really very helpful..

[@huntersikari]

THank u Ma'am for the Video..it was very helpful .However i think it is not appropriate to pipette out without using the pipette ball =D

[@shashankisshere]

very well explained !!!! thanks a lot

[@patricktetteykumordzie5330]

Useful material. Keep it up

[@debranichakraborty6004]

Helped a lot!!

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very nice video...helped me a lot....thank u

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wow, its awesome and easy

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Very Very Helpful :)

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Very Nice Video n easy to understand

[@MrBlash93]

Thank you

[@ishanbhattacharyya9540]

good

[@tanu5610]

thank you so much

[@suaadmuhammed9579]

Very helpful

[@rajapathan6280]

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[@ganeshghosh6731]

THANK YOU MAM....BUT I AM VERY WEAK IN CHEMISTRY....PLEASE GIVE ME
SOME SUGGESTION ....MAM....I READ IN CLASS12

[@krishnapriyass7139]

very helpful. thank you so much.....

[@VishalSingh-qd6gr]

this experiment is better understandable to another channel experiment...

[@afifahashmi7752]

nice approach

[@kamalsingh1965]

temp is not mentioned correctly at 60°C oxalic acid decomposes into CO2 AND H20

[@gonzaloayalaibarre]

Awesome video, but why are your hands so wet? Doesn't it bother you? I just can't stand much liquid in my gloves.

[@ojaswsharma7568]

Bhery nice

[@kunalbatra4166]

saved the life.. tysm!

[@josephtchisanga1957]

this lecture video is amazing thanx i was also looking for %purity NaNO2 with KMnO4 need help

[@agirlwithdifferentmind2252]

why we add sulforic acid to oxalic acid

[@pcharbola1923]

Very helpfull

[@amodsingh2924]

nice

[@sanyamjain676]

very very helpful

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thank you very halpful

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how to dwnld ...

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thank u.. very very helpful....

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really helpful

[@manoharrawat9097]

really helpful

[@manoharrawat9097]

really helpful