Chemical Kinetics(Part IV): Parallel and Series Kinetics

[@Lol_HO_Gya]

Thank you for explaning in so easy way 🙏

[@mohitgupta4357_]

bhaiya mai kitne dino se iss topic ko samajne ki kosish kar rha tha,aapne to concept ko makkan ke jaisa smooth kar diya👌

[@amitanandanojha3419]

wow so muchh wow i am.watching video before end sem prev day and got everything😇

[@sadhanamani9658]

Ultra helpful

[@anadipradhan1731]

Bhaiya, reversible rxn ke liye Kf + Kb ka jo expression hay na, uska derivation samjha do ge, book me sirf formula likha huya hay,

[@rupika213]

Sir awesome ❤️

[@carterbright1590]

Thank you

[@sushantdalvi1042]

Where is ek2t on LHS at video time 18.16

[@sushantdalvi1042]

Ok understood.
I have solved it

[@tsivachidambarampillai1131]

excellent cotent thanks alot bhaiya

[@deepakmaurya1338]

Bahut-bahut dhanyvad bhaya for this lecture.

[@nehabalyan9815]

Sir why don't you start teaching for iitjam sir pls make videos for iitjam chemistry i m doing my BS in chemistry at Gautam Buddha University and preparing for IITJAM sir pls start teaching chemistry for BSc students

[@rahulsriram6295]

Sir please make a video on all the examples for all the videos you have discussed, like one example problem for pseudo 1st order, one for parallel kinetics, one for monitoring of 1st order etc. Please

[@khushalsahni6058]

Sir ji you are awesome, aapka bahut bahut shukriya ye saare videos banane ke liye 🙏🙏🙏

[@sachinranaiitb]

+Khushal Sahni welcome :)

[@adityagitte]

you should have mentioned the effect on the final rate constant when the stoichiometric coefficients of A and B are not 1

[@tendaizenda568]

And also, the integration part isn't clear

[@rahuldravid8414]

Koi nahi puchta... Experimental cheeze hai vo... Theory se derive nahi hoti...
Kripiya ncert padhe aur aise doubts naa puchhe..

[@teampunk1356]

@@tendaizenda568 that's a simple integration factor question....how is it not clear?

[@gauravmandal09]

Sir upload on nuclear chemistry. The part with decay in kinetics

[@falgunsoni8223]

It's in last of part (III) of series

[@xyz1869]

Sir
If k1=k2 in sequential reaction then
Maximum concentration of B kab hoga

[@codingwithanonymous890]

best video on this topic i could get it.thanks sachin bro

[@shantakumari1503]

sir at 14:18 in first equation you wrote K2[Cc] , then you wrote K2[Cb]. I and confused please clarify

[@alokdhaundiyal9680]

That guy has crammed the thing. It is just like rate of formation C = -rate of disapperance of B. It is all about sign.

[@KrishnaTripathi1709]

No it should be Cc BCoz b is decomposing and in first orderrate we only write reactant

[@kumarsatyam4213]

A lot of thanks sir

[@sachinranaiitb]

+Satyam Singh welcome.

[@001agentplatipus]

explained better than our fiitjee faculty . 😄😄

[@lunatictin3085]

Would there be any differences if the stoichiometric coefficients aren't equal in the parallel reaction?

[@liitkgp6570]

Yeah

[@cadetshashwatkumar2194]

Why do you make videos only on organic chem on Unacademy

[@mahendraparmar2366]

At 15:59
Where did you put K2 on the LHS???

[@navaneeth_us]

Kinda * amazing! *
Cheers!

[@veerkumar3885]

Bhaiya please provide us some examples on this topic.

[@vgaikwad009]

wow sir. Very nice

[@anuragjain7246]

Semi conductor and communiction video

[@factswithme6361]

Pls,upload on kinetics of equilibrium....

[@im_kishanpandey]

Awesome teacher!!

[@vandangorade6738]

Please brother make video on thermodynamics its very confusing

[@Shivamsingh-rj6ie]

thnx bhaiya.

[@abhiramakurathi934]

Is this all required for neet

[@abhiramakurathi934]

Pls reply me

[@raviram9825]

No

[@mahendrabagul4364]

@@raviram9825 uska neet ho bhi gaya hoga

[@raviram9825]

Yea yea i know 😂 just in case if someone else see !

[@adityak8327]

I think you missed a term while integrating...
e^k2t.k2.cb

[@arjunkorani4361]

sir this reactions can apply NEET students .

[@kaiwalpanchal5872]

students apply equation, not reaction apply students

[@falgunsoni8223]

@@kaiwalpanchal5872 lol

[@sumankapoor209]

Can u please make a video on wedge constraint and work power energy.I am having a lot of confusion in these topics

[@AnkitVerma-yk1ho]

Sir please make vedio on transition state theory and opposing and simaltenious reaction ...

[@harshbardhanon4901]

Explanations is not well

[@radhikabharti7923]

Is it also imp for neet preparing students..???
Plz answer me as soon as possible

[@supermagnificentguysmg1793]

meow meow you've already written neet by now

[@supermagnificentguysmg1793]

also it is definitely above level of neet . at max just to be confident remember k = k1 + k2

[@devkumar9889]

Bro make a video on how to make a effective note

[@shubhamparihar9031]

Thank you sir for such amazing videos. They really help a lot....

[@srikanthbandaru6974]

thanks a lot sir , p block tricks please

[@sanjeevkumarjaiswal5359]

can u please make vedio on circlur motion physics? it wud be very helpful of u

[@mahendraparmar2366]

Hey buddy!!
K2 is the rate of formation of C okay!??
And you have taken it for Cb!!
And saying that Cc don't have to do anything with this 😶😶!??
Would you please explain why!??

[@ronaksingh5027]

Bhaiya Ek Baar RUclips Pe Live Aana When You Reach To 10k Subscriber.

[@sachinranaiitb]

+Ronak Gurjar okay I shall do it.

[@abhiramakurathi934]

Ss sir once come on live

[@mahendrabagul4364]

@@abhiramakurathi934 time flew now it's 113k

[@dinanathnirala1882]

@@mahendrabagul4364 nope 213 k 😂😂

[@chabitha3477]

@@dinanathnirala1882 nope 254k😂

[@theexperiment9105]

Thankyou so much bhaiya for this new concept I've learnt this from anywhere

[@chiggy8957]

Very thankful to you sir for providing such a helpful content God bless you sir

[@simbaikumudhu64]

ummm zvakaoma

[@डाॅ.महावीरपुर्वाल]

1st

[@meme_topia_96]

Thanks bhaiya