Determination of Concentration of KMnO4 Soution using Ferrous Ammonium Sulphate - MeitY OLabs

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Determination of Conc.of KMnO4 Sol using Ferrous Ammonium Sulphate :-
Titration is a common laboratory method of qualitative chemical analysis that can be used to determine the unknown concentration of a solution (analyte). The basis of this process is the reaction between the analyte and a solution of unknown concentration (standard solution). The titration based on oxidation and reduction reaction between the titrant and analyte is called Redox titration. Oxidation is the process of the addition of oxygen or removal of hydrogen/electron and reduction involves the process of addition of hydrogen/electrons or removal of oxygen. In redox systems, the titration method can be adopted to determine the strength of a reductant/oxidant using a redox sensitive indicator. Redox titrations involving potassium permanganate are called permanganometric titrations. In these reactions, permanganate ions acts as the self indicator.
This video explains how to determine the strength of potassium permanganate solution by titrating it against a standard solution of Ferrous ammonium sulphate (Mohr’s salt).

[@VishalSingh-qd6gr]

this video is much better than the cbse practical..

[@sankhya01]

amazing explanation.....
only if our teachers had taught the same way........

[@prakhar9998]

Thanks a lot, it helped for tomorrow's practical. :)

[@VishalSingh-nx8xx]

Same here bro, I too have my physics and chemistry practicals tomorrow, but thanks to my teachers, they taught nothing. So I watched this video and understood everything.

[@digvijaysinghshekhawat787]

Excellent explanation, very useful for students who could not access to labs.

[@mandapakarohitha1818]

thank you so much!!!!! your video helped me a lot for attending my practical examination :) ... the explanation was so clear & understandable

[@DrAishwaryaRout]

Thnks alot....today is my practical....and havin very gkkd explaination...thanks alot

[@moupalibiswas]

Thank u sooo much.. really.. it will help me at tomorrow's exam..😃

[@younessbagachoul5896]

Thanks a lot! Chemistry is just awesome.

[@danieljoseph6404]

i wish

[@jayeshdhuriya513]

Your video is really very helpful

[@tanitat2069]

thank you! very good explanation and demonstration!! extremely helpful before practical exam !!

[@rupeshmahamuni4721]

thank you very much...will help this in tommorows examination

[@hemantrohilla3906]

excellent explanation👍
this will help me greatly in tomorrow's test

[@preetha927]

UR EXPLAINATONS ARE FANTABULOUS.... :)

[@sandeepchintu5622]

thanks for this experiment it is help to do practicals in practical examination

[@tanmay4868]

thank you for such videos
it is really helpful

[@harmanpreetsingh6907]

thanks for such an awesome explanation

[@rajgupta2824]

at 0:48 it is MnO4^-1 not simple MnO4
the whole balncing has gona wrong

[@harithar5833]

wow!!!awsome superb i liked it very much!!😘

[@nikitasinghania1115]

really appreciable...👏👏👏👏

[@gunasamaya4921]

wonderful explanation

[@sonikaprakash9381]

Awesome video!.. Very much helpful. Thanks a lot!

[@deveshp9998]

the apparatus is so good here in our college burette has no valve in it just clip holding the rubber tube

[@UVS0079]

amaze explanation. hats off.

[@rajeshchoudhary2029]

very useful and clear explain

[@dennisbabu5010]

very nice explanation helped me a lot

[@Ratankumarojha]

Very nice and well explained.It help me in my practical.Thank you

[@indrajeetsingh2735]

i hope it will help me for tommorows practical

[@meghna_sinha]

thanks a ton maam........really very helpful :*

[@CyberacademyIrl]

Amazing stuff!

[@sachinholalkere7953]

👌 really helpful.. thank u

[@emekannaji4091]

clearly explained!

[@akashs6077]

its very helpful thank you very much

[@khansafatima6215]

Thanks alot fr video amazing explanation...

[@zeiniakhan]

very clear explanation 👍

[@varshachoudhari3859]

Very nice explanation.... Thank u 😊

[@arpansow3870]

Well,our teachers in Birbhum Zilla school did this more easily than the video.

[@abhikrishnag9806]

great explanation mam but really my teacher has explained this much better

[@priyalsanghvi4186]

Thank you so much 😊

[@varnitrathore8214]

Thank u a lot......

[@soubhik3001]

the best explanation in youtube.

[@MAHESH-qe8cv]

thank you very much
you helped me

[@aakashsen3112]

thank you so much it helps very much .

[@prathamajoshi3261]

Thank-you😊

[@chinucat392]

very well explained.😊😊

[@ratulmondal1190]

nice explanation. ....😊

[@aniketkarna]

bacha liya yaar...

[@nazeemajafar9320]

super video...really helpfull.. :D

[@niharikapandey7156]

thank you so much

[@vrindasugandhi1646]

super helpful

[@davidnwachukwu6344]

very helpful

[@sohamshinde690]

may God bless you 😇

[@fathimaabdulla2948]

amazing

[@aryankumar87771]

at 8:16 It's Not 8H2O Its 8H2SO4 .

[@aryankumar87771]

in ionic equation it's MnO4^ -1

[@harshsunitapancholi15]

thanks for the help

[@mushrafinarshad2210]

thanks

[@e.mbr.y.o]

you couldn't do it without the background music?

[@SreekantShenoy]

Awesome :)

[@arubakhan7603]

Thanks very helpful xd

[@nishanthpradhan7048]

nice video thanks

[@shivamshukla3289]

Good

[@nehachhillar1661]

nice

[@neilbhutada9666]

why was she adding h2so4

[@AnuragPradhan101]

why adding 1 testtube dil. H2SO4 don't disturb the concentration of mohrs salt taken for titration ? !

[@AnuragPradhan101]

since we are actually taking 40 ml of soln for titration.. 20 ml mohrs salt soln + 20 ml H2SO4 for titration with KMnO4

[@chintuji5495]

wah

[@VivekBabbar]

Best video :)

[@shankarskumar5753]

outstanding :-)

[@lexiasomething2649]

How did u get 250 ml for volume of solution?

[@preetha927]

+lexia something it depends on the scale reading of the standard flask..if ur standard flask measures only till 100 u will take 100ml ....

[@simpleislandgirl95]

Where is your pipette filler..? Never use your mouth!

[@manashpratimdas9991]

Thanks

[@bhavnaverma9032]

thank u so much