Michaelis Menten Equation and Steady State Approximation

In this video we will learn an important concept of Enzyme Kinetics i.e. Michaelis Menten Equation and Steady State Approximation.

[@naginakhan1ify]

Good video, MME has been cleared. Thank you so much

[@chembasicsbysujitkumar3705]

its very nice work . sir you all are doing fabulous work

[@user-qd3em6fr6t]

Best video ever... Keep it up.. And add more examples on enzyme catalysis

[@deepab6217]

Thankyou for providing us with the previous year questions

[@chetnahasija9975]

Very beautifully explained.Thankyou so much.

[@nenavathparvathalu5012]

Nice Explanation. Thank you sir.

[@narasimhamurthyg3457]

Thank you so much Sir... very well explained...

[@jagdishprasadprajapati1741]

Nice explaination sir

[@swatisharma-bs1qs]

thank you sir...ur way of teaching is too gud for us as u explain first n then solve all questions which builts confdnce in us for solving csir problems...really thank u...

[@AllBoutChemistry]

Glad to hear that my little efforts are helping many of you... 😊 Thank you for the nice feedback 😇

[@swatisharma-bs1qs]

u deserve more appreciation than thisss....i hv seen ur all videos n they helped me alot till now...hope it will work gud in my csir net exam...

[@AllBoutChemistry]

all the best for exam. :)

[@swatisharma-bs1qs]

Thank u sir

[@aasthaaggarwal348]

Thanks a lot sir.These all videos are really very helpful for all Gate and net aspirants.Sir you had not make a video on part 3 of chemical kinetics I.e.collision and transition state theory and all?

[@seenamundur9688]

Thank u sir for this wonderful class

[@gauravantil9181]

Sir I have a question problem on Michaelis Menton equation which is asked in June 2012

[@marvellnelson9141]

Wow, sir, thanks can you do the Carnot cycle and kinetic salt effect?

[@missnida8346]

helpful and keep going 🤩

[@jhlee9634]

I have a question! Why does steady state assumption only apply to enzymes, not to inorganic catalyst? I understood this that inorganic catalyst has rate-determining step, but enzymes don't. Why do enzymes don't have a slow step? Is it because of the structure of enzymes? It would be really helpful if you could answer me!

[@kavitamalik9713]

How we can differentiate in reaction in equallibrium control.and steady state....????

[@Girlishstuff_1]

Sir ...effect of light on semiconductor solution interface iska answer kya hoga..please sir btaaiye

[@maheshdubey3938]

Sir, why did u not take rate of loss in the rate determining step? please give reply

[@joshi91]

Good sir 🔥🔥🔥🔥

[@bhagavanchowdary2303]

Sir plz make a video on first,2,3rd reactions questions for jam

[@lovleenkaur2774]

Useful..thank you

[@rachuindhurocks9422]

now i got it thank you for ur immediate reply sir

[@AllBoutChemistry]

You're welcome 😊

[@amodkumar2712]

Sir which book follow for electro Chemistry for CSIR JRF

[@sudheersai4277]

Nice explanation 💯 sir

[@poonamdevi1795]

Sir I we know that where we apply steady state and where equilibrium conditions

[@pragyamaheshwari7718]

Sir explain 27 no questions gate 2017 Q. For the following consecutive first order reaction

[@itssushmita687]

Do anybody have the link of puri sharma book to download?

[@nilamlalwani1184]

very nice explanations thanks a lot sir, can you give more questions to self learning?

[@pratikshamishra6411]

👍👍thank you very well explained.

[@AllBoutChemistry]

you're welcome :)

[@shivammauryachem1064]

Sir -dc/dt = K(C)^3/2 iski rate constant ki unit in terms of dm mole =( dm3)^1/2 (mole)^-1/2 s-1 hogi or nhi sir mere ACC yhi unit honi chhiye but option me only (dm)^1/2 mention hai sir uppsc gic lecturer Ka Ques hai sir plz suggest inme se kaun unit Sahi hai cube wali or only dm wali {kyonki sir 1L = 1dm3) bhi hota

[@user-bq5nv9zh8p]

TQ so much sir🙂

[@nakulnaskar940]

Great video sir

[@AllBoutChemistry]

You're welcome 😇

[@isha9560]

Thank you very much for the video 😇

[@AllBoutChemistry]

You're welcome 😇

[@tbhavani5349]

Sir why we will not take rate of loss from slow step

[@immanueljabez5650]

Thank you sir

[@CNkids73]

Excellent

[@nabaankurhazra953]

Sir plz make a video on 3rd part of chemical kinetics i.e. Transition state theory and collision theory... It will be very helpful to us as all the chemical kinetics portion will be covered...

[@AllBoutChemistry]

It's difficult to make one... I'll suggest you to read that from sme book like Atkins or Puri Sharma Pathania

[@franklinaladi4788]

How can I get your notes? Pleases

[@swativerma9238]

Thank u so much sir. For this valuable vedio. This will help me alot.

[@AllBoutChemistry]

You're welcome 😇

[@swativerma9238]

Sir i request u plzzz solve few more question regarding this topic from june 2016 and june 2017 . There is some differnt type of question where hv is given in the equation. How we solve these type if question Plzzz tell us sir.

[@swativerma9238]

Sir plzz a small vedio for 4-5 min only on one question regarding my request.

[@KamleshYadav-lk6ug]

Nice explanation sir

[@AllBoutChemistry]

Thank You :)

[@Chem_tons]

sir well explain chemical kinetic topic sir but do more to complete chemical kinetics like ,collision theory ,transition state theory plz sir do these topic to complete the topic

[@farhayasmin1173]

What is catalytic efficiency of enzyme?

[@chintadasatyavathi4960]

ThnQ Sir we got clarity

[@AllBoutChemistry]

you're welcome

[@gunjandoheary2515]

Sir Excellent Vedio.......I learned a lot

[@AllBoutChemistry]

Thank you 😊

[@shahnazahmed8433]

Sir plz make video on consecutive reaction kinetics

[@nabaankurhazra953]

Sir in the 1st question where steady state approximation upon C is assumed then the disappearence of C in the slowest step is not considered.. Why sir??

[@AllBoutChemistry]

I've replied for the same thing to someone above

[@praveenagunna6056]

Thank you very much sir.......

[@AllBoutChemistry]

You're welcome 😇

[@arindam7364]

Sir please make videos on phase diagram

[@bedantaupadhyay672]

Sir, at 18:00, I have proceed in the same way but I took the rate of formation of D as: r=k2[A][C] And applied SSA to [C] for which the rate equation I got is: r=k1[A][B] - k_-1[C]2 - k2[A][C] So when I solved it all along and applied that given condition, I am getting my answer as 4. Can't I take k2[A][C] in the rate equation of formation of [C] ?

[@dhanduaravind]

Yes im also getting that doubt

[@palakdang4825]

My doubt is also same

[@palakdang4825]

Have you got the correct answer

[@Trashvoice219]

k2[A]

[@akb0014]

Yes u r partially correct in the rate equation.. And u have to use the assumption given in the question to get correct answer

[@bharathipendli4877]

Rate of disappearance is given in problem then we can substitute or disappearance is equal to write the given value..plz clarify

[@AllBoutChemistry]

Rate of Dissapearance is nothing but rate of consumption of reactant. It means you've to put that value alongwith negative sign to make sure that the thing is getting disappeared

[@amodkumar2712]

Which book is responsible for electro Chemistry

[@nehathakur708]

sir y dnt u take k2(A)(C) fr s s a of (c?)

[@akb0014]

Yes.. It should be included.. And the answer will be same

[@pritirekhamallick7962]

Thank u sir...plz give me about reaction mechanism and important reagent video...

[@AllBoutChemistry]

I'll try for that.

[@Rahulraj-kp1eu]

Anyone please share explanation on How to find the time for particular amount of product formation?(Eg: Time taken to the substate become 20%)

[@rachuindhurocks9422]

superb explanation sir. ur teaching is awesome. i have a doubt sir. in dec 2016 question finally why we divide r1by r2. they were not asking about the ratio? then y should divide?

[@AllBoutChemistry]

Thank you, In that ques it is asked that by how many times it increases, so that means they are asking about the ratio. Understand it in this way that if I somthing is increased 2 times it means it's ratio will be 2:1 So it's better to solve in ratio form and later get answer in how many times it will increase.

[@sobiakhan709]

Thank you sir Plz make a video on sigmatropic reaction

[@AllBoutChemistry]

alright...

[@marikkanmania5661]

Super sir

[@mandiramitra1144]

Thanks dada

[@drmathscience]

Thanks

[@shwetapotdar6480]

Thank u sir

[@jyothid3431]

thank you sir its very usefull

[@anjushakurian8180]

Sir pls put part 3.This is somuch beneficial and nice explanations

[@manishakachoora9727]

sir plzzz 2 marks ke liye physical and organic krvado separate vedios 🙏🙏🙏

[@mehakgupta1764]

In ques no.1, for disappearance of C, we need to consider slow step also.

[@monikasingh9464]

thank you sir....sir plz make a video on luche reduction

[@AllBoutChemistry]

alright

[@pragyamaheshwari7718]

Sir make a video on collision theory & transition 3rd part of this video

[@AllBoutChemistry]

alright

[@kitymaurya3102]

Sir what is the use of assumption here which is given in question??? And sir,in loss of c why we have not taken second equation under consideration?

[@AllBoutChemistry]

You've yourself answered your question. The assumption is given that reverse reaction in first step has higher rate as compared to forward reaction in second step.. So when we've applied steady state approximation we didn't considered second eqn.

[@geetavarma5671]

Same doubt?

[@geetavarma5671]

Understand.

[@ershanaoc4264]

Tank you sir ...

[@AllBoutChemistry]

You're welcome 😇

[@sandippaul468]

16:47why aren't we considering loss of [C] via the 2nd process of rate constant k2? should we not incorporate that while making steady state approx??

[@Anastasiia_ce]

Thank youuu😭😭 cause I kept wondering why it wasn’t included and no one was talking about it in the comment section

[@thetheee1983]

best thanx sir

[@AllBoutChemistry]

You're welcome

[@dollysahota7515]

Thankew sir

[@AllBoutChemistry]

you're welcome :)

[@sakshikhokher4387]

Sir how to get practice questions of any topic???

[@AllBoutChemistry]

Many practice problems you can get from previous year papers, yet if you want more problems, you can purchase books by Arihant publication

[@hazy235]

Sir, why haven't you included second reaction in the SSA for C in Q.NO.1 ? The given thing that K2[A]

[@bedantaupadhyay672]

Yes. And the answer comes out to be different from the one in the video.

[@ashwinigawane9414]

Right

[@himanigupta3274]

Even if you apply SSA to second reaction for C, the answer will come same as K2[A] term will be ignored.

[@amodkumar2712]

Kindly suggest

[@jayadhurkadevi]

Sir please upload gaseous state

[@SumanSharma-cn6om]

Sir plz make vedio for nmr based

[@AllBoutChemistry]

Upasna Sharma, I've already made a video on NMR problems, you can watch that.

[@jenifayesmin6199]

Sir plz add more probable questions

[@AllBoutChemistry]

OK ill try to add more

[@vikramthimaradka97]

In problem 2, k2 was directly given. k2 = kcat

[@monikasingh9464]

sir plz solve 2 problems from csir exam-2017 june set B....que no. 34 and 38. plz sir

[@AllBoutChemistry]

For ques 34, find conjugate base and their basicity order then reverse it to find pKa value for their conjugate acid. For 38, it will be proton attack on carbonyl then ring expansion from 4 member to 5 member and then ring contraction from 6 member to 5 member and the carbonyl will retain.

[@monikasingh9464]

thank you sooooo much sir...

[@styloxzvampire1283]

Sir june 2018 , dec 2018 , june 2019 and dec 2019 previous years questions

[@AllBoutChemistry]

Dec 19 Question are getting uploaded in the channel, do check it out. Also check the Playlist of Problem Solving Approach where you will get PYQ solutions

[@zubairmushtaq1634]

how @ 19:49

[@SSSahoo23]

zubair mushtaq 2^1×2^1/2=2^3/2

[@rasmitamishra159]

,dfy

[@SSingh-ko5zq]

Full of ads😠

[@islamicvideos8539]

Achi vidoe but not explanatory

[@geetavarma5671]

Thanks sir

[@nibeditasahoo5122]

Thanks a lot sir

[@AllBoutChemistry]

you're welcome :)

[@madhumitha4170]

Thank you sir