Finding Total Number of Microstates [All Possible Types of Problems]

[@yogakrishnakumar5431]

Sir, It is the best explanation ever for this topic. I Wish you become a Professor in colleges and inspire many students to learn science with the utmost interest. Very interesting way. Zero boring. The best ever. God bless you abundantly,Sir..... Expecting more and more videos...

[@AllBoutChemistry]

Thank you dear... Thanks for your wishes 😇, it means alot for me. God bless you too.

[@guntinarahari3031]

Who is that fellow pressing dislike... Can you explain like as sir explained above think your ability and appreciate the others effort ..then you may not .. I think you are correct for many teachers like you posting videos in the you tube go and hit dislike...

[@gauravjyotid.kalita3417]

you are doing a great service, i just love your teaching method, absolutely spot on, nailed it....my personal request is titration, -complexometric, iodometric-iodimetric, conductometric titrations and question from NET on these topics, which are generally ignored.

[@marikkanmania5661]

Thank u sir. 1G is 9 microstates

[@ajitha.p9860]

Really super sir The answer was 1 G is - 9

[@zeeshanramzan1898]

Sir your method of understanding is awsome

[@aniruddhpathshala3932]

you are best teacher sir. I am very thankful to you 🙏🙏😊

[@nishasuraniwal643]

Really i love this channel a lot Plz help me to crack my june csir exam Plz make more videos

[@venkateshtakshak8336]

Sir you make videos only inorganic ...y because it is easy to get more marks ...thank u sir ur teaching is really awesome...

[@melynjoyquisado9702]

Highly appreciated sir.

[@zebanashin1655]

Thank you... Excellent... Very high clarity explanation... Most appreciated 👍👍

[@AllBoutChemistry]

zeba nashin, Thank you 😊

[@jeenajoseph2407]

The most simplest explanation ever.

[@susmiraja]

Thank you so much sir..you are one of the best teacher in youtube

[@jasminraju4306]

Super lecture..Sir..,i am following ur class only,it is easy to under stand. So so so super....,pls upload part A topics also..How to score part A,also organic chemistry topics also

[@dasojumanisha530]

Sir superb explanation.....

[@chandrugondavenkateswarlu8864]

good evening sir , I am so much impressed for your video lessons , I need MOT video ,how can I get video

[@balajivaddi9779]

The selection rules for vibrational rotational spectra Delta v, delta j values

[@snehalshendage]

Very nice explanation sir.....

[@sonysingh9680]

Sir u teach vry nicely n with full of patience...... thanks....

[@Matters7828]

Bhut help fully hai tnq sir 🙏💖

[@yogitapurohit9958]

Thanku sir for such a helpful information about microstate

[@AllBoutChemistry]

You're welcome 😊

[@tantocarine3158]

Thank you very much sir you are the best thank you again

[@kalaichelvi2150]

thank u so much for your useful vedio

[@chemistrystudypoint9190]

Thank you so so much sir.. nice explanation

[@nithis.c4535]

Super wonderful ur video I suggested my friends also

[@monayadav6091]

Great job... Thanks🙏👍

[@umendrakhokhar7114]

thank you very much bro for this lovely video.

[@AllBoutChemistry]

You're welcome bro... :)

[@kitymaurya3102]

Very nice video..... keeping making such videos....plz make video on use of orgel diagram in solving questions asked...

[@AllBoutChemistry]

Alright 👍

[@ghanshyamkumar-by9pr]

Thanks sir

[@jebinabuparavakkal3616]

perfect explanation.Thanks alot sir.

[@zabaishahmed3413]

NYC explanation....live long sr

[@Shubhangi_sharan]

Thanks for easy explanation

[@balajivaddi9779]

SIR YOUR EXPLANATION IS VERY NICE

[@neichoihoilhouvum8744]

Hello sir, please explain how to solve this problem. Four distinguishable molecules are distributed in energy levels E1 and E2 with degeneracy of 2 and 3 respectively. Number of microstates, with 3 molecules in energy levels E1 and one in energy levels E2 is? Ans. 96

[@subhendunayak]

Thanks

[@venkateshtakshak8336]

Sir make more videos in organic chemistry...y because it is easy to get good marks ....thank you sir ur teaching is really awesome...

[@90skidshakti61]

superb explanation sir...lv u sir...🙏🙏🙏

[@PriyankaSingh-nm1zl]

Very nice explation

[@josechemistryintamil11than53]

Good teaching sir

[@aravinddhandu778]

Thank you useful information

[@paulineontita6059]

Perfect😊

[@abdevilliers7112]

Please make a video on term symbols with with different terms like if l=O term sigma how do we know charge is negative or positive on term.

[@AllBoutChemistry]

suresh poneshetti, this video is already there just search for moleculelar term symbol in our videos section

[@AllBoutChemistry]

kzbin.info/www/bejne/gWmliKieiLN9r8k Check out this link.

[@amitpandule3503]

Very nice and simple

[@jeysihacruz1011]

Best video sir

[@nageshwarraochanda5453]

Why don't consider2s+1*2l+1 forp3 3/2 If consider that formula u will get 9 if consider 2j,+1=4

[@deepathakur3089]

Thanks a lot sir, you are genious.

[@ashnak5020]

Thankyou somuch Sir

[@madandas7517]

u are great sir..really

[@karthikkd3471]

No. of Microstates for G1 term is 9

[@saheedajibade8520]

Can you please explain how we can identify and substitute the following 1S0, 3S1, 1p1 into energy formula

[@divyathalokesh7826]

Sir make video on chemical bonding

[@khushbujha4957]

Thank you

[@dakshpunni7431]

sir quesn 2 the ans is 9 ?

[@manishakachoora9727]

plzz sir cover all topics of inorg and physical for csir net🙏🙏🙏🙏🙏

[@nittansingh7545]

Sir make similar type of video for degenercy ..all possible formulaes and also for electronic transition s

[@AllBoutChemistry]

Will make it soon 👍

[@nittansingh7545]

All 'Bout Chemistry thanks sir make soon

[@manishakachoora9727]

plz tell how to attempt the exam

[@ExploreMalaya]

Great sir

[@kunalsali1500]

Hey buddy ...Plz make a video on catalytic cycle ..

[@doddenkasrinivas8806]

Sir good explanation but in 3P2 term symbol no.of microstates we get 5 by formula (2J+1) but we get 9 by formula (2s+1) (2l+1) any explanation sir please

[@jayantadey773]

when the J value given then things become more bounded i mean more information about the state there fore number of microstate decreases ..

[@bhagavanchowdary2303]

Excellent sir

[@lathanaik4647]

Very useful information tq

[@mistryofchemicals8910]

Hello sir .. I am very grateful to you for this video.. I solved previous year questions from microstates.its solved from your method.. But I'm stuck in 2017 (Dec.) paper Question no.120 booklet code -C .. please tell me how to solve this problem..

[@AllBoutChemistry]

Hi jaya, That question is very nice and belongs to statistical thermodynamics, it cannot be solved by above mentioned formulas, it needs a statistical approach. do't worry ill try and make a video on that or else you can inbox us your question an dwe will try to give you written solution of it.

[@mistryofchemicals8910]

Okay.. Thank you so much sir. 😊😊

[@stella-lw5ss]

Thank you sir

[@sobiakhan709]

Outstanding

[@AllBoutChemistry]

Thank You

[@shalinisiddula2274]

sir is 3 correct for 1g microstates

[@bharurathi6203]

Anna,thank u very useful anna ,I want macrostate video Anna.

[@josechemistryintamil11than53]

Unit by unit can u teach sir....

[@pavin_good]

Sir The answer is 9 for the problem you left for us

[@ruhinarasool2jul458]

Sir plz upload a video on quantum mechanics

[@AllBoutChemistry]

ruhinarasool 2jul, I'll make sure that next video will be on Quantum 😊

[@deeksha7896]

Sir what is the degeneracy of 1∆g term? Will this be calculated in the same manner as for atomic terms?

[@perumal7437]

Super👍

[@gtmkumar34]

nice explanation 👍👍

[@AllBoutChemistry]

thank you :)

[@maheshtumkurmaheshkp3903]

for a valence electron in 2D state, the posdible J values are?

[@marikkanmania5661]

Nice video sir.9micro state for 1G

[@rufaromakuta214]

awesome

[@josechemistryintamil11than53]

Sir pls consider syllabus for pg trb also sir .my kind request

[@umendrakhokhar7114]

calculate the total no. of microstates for 6 identical particles with their occupation numbers {1,2,3} in three states csir net june 2013. explain this question sir

[@AllBoutChemistry]

umendra khokhar, For this question you've total particles 6 and they've to be arranged in states {1,2,3} Put it in formula N!/n1! n2! n3! Which means 6!/1!×2!×3! Solve it... You will definitely get answer

[@umendrakhokhar7114]

thank you

[@arupjyotisaikia7749]

Thank u sir

[@AllBoutChemistry]

You're welcome :)

[@dabi8967]

Hello sir, ur method is awesome but how I can solve no of microstate for d5 becoz it's answer is 7*6*6

[@AllBoutChemistry]

in the video I've explained that for given electronic config. we have to use formula of n!/r!*(n-r)! where n=max e- that orbital can have, r=no. of electron given; fro your case n=10 and r=5 and "!" shows factorial. solve it an dyou will get 7*6*6

[@dabi8967]

All 'Bout Chemistry thank you sir

[@AllBoutChemistry]

You're welcome 😊

[@devendramishra603]

Number of microstates for d3 configuration. I have solved the problem answer is coming out 240, but in the book answer is 7×6^2, it's a 4 mark question in csir net in June 2012, is there any printing mistake or something else.

[@AllBoutChemistry]

Your answer should come 120 and yes the answer in the book is misprinted. Use 10!/(3!*7!) !=factorial

[@devendramishra603]

Thank you very much.

[@devendramishra603]

All 'Bout Chemistry Thank you sir, now it's fine it is 120 microstates

[@lathanaik4647]

Ya it's 120

[@sobiakhan709]

For 1G term 9 microstates

[@AllBoutChemistry]

correct very good...

[@muhammedshareeft1141]

2j+1 equation is for calculation of degeneracy not for microstate. I think so

[@As-ds4cw]

Right 2 j +1 not correct

[@mahiyadyvanshi5110]

Why we multipy 5 at numerator

[@ramjeevankuria560]

Thanku sir

[@sivan9219]

Awesome

[@sobiakhan709]

Sir plz make more video on physical chemistry Topics which r imp fr net

[@AllBoutChemistry]

yes alright

[@abdevilliers7112]

Ans-3sigma ungirade +.

[@bhavanik9942]

Questions no 2: answer 9. L=4

[@shekharmasih2395]

Sir better to speak in hindi.. No worry at all sir.. Respect😇

[@nehatiwari1151]

G1 term microstates 9

[@muhammedshareeft1141]

And also 2p3/2 term symbol not possible

[@rajeshs2340]

1G microstate -9.

[@sathishilai]

No of microstates for 1G is 9

[@mdchem3558]

For 1G=9 microstates

[@venkataraonice3165]

Answer for that question is 9 microstates

[@vidhya5380]

Ans is 9 microstate

[@zchemistry4435]

9 microstates fr Gate question

[@karishmakolhapure9971]

Tanabe sugano diagram....spell mistake happen there

[@gashwini8682]

9 Microstates

[@pg-trb-chemneetcsirchem5282]

2014 ans is 9

[@preranasarma2582]

Answer is 9