DEGREES OF FREEDOM

[@ShettyAnna10]

Okay animation was good but I feel you could have explained more about dia and poly atomic molecules about their rotational and vibrational motion just a suggestion. Thank you

[@nehanagal1513]

The very best video for understanding the concept of degrees of freedom Most of the students are confused about this concept when they taught orally But this visualisation gives them a perfect understanding.

[@tahirmdnumanlaskar2552]

Degrees of freedom can be best understood with the help of animations. I had lots of confusions and doubts about this topic. Your animations are clearing my doubts. Great work!

[@AlphaNumeric123]

Absolutely great! Animation, narration, annotation, explanation--everything, just phenomenal!

[@tanashreekirpal7907]

I agree

[@saumyasharma6745]

I agree 👍😀

[@aidanmarley3351]

I guess Im asking randomly but does someone know of a way to get back into an instagram account? I stupidly forgot my account password. I would appreciate any tricks you can give me

[@aidanmarley3351]

@Graysen Casey Thanks so much for your reply. I found the site through google and im in the hacking process atm. Seems to take a while so I will get back to you later with my results.

[@aidanmarley3351]

@Graysen Casey it worked and I actually got access to my account again. I am so happy! Thanks so much you really help me out!

[@mkktsk]

Thank u so much.It clear all basic concept upon degree of freedom.

[@riddeshhirejagner]

This is what I needed 😊👍

[@adityagarkoti7712]

Great explained.....awesome..😁😁😁😁

[@Priyankasingh1904.]

Best video on degree of freedom.

[@SalsabilaSaba]

The animation really removed all of the confusions🤗

[@ttreza5922]

please explain , where the third type of dgree of freedom has gone?? doesnt the da atomic or poly atomic molecules have vibration motion???

[@gulshanarora6543]

At low temperature vibration motion is inactive but when increase the temp we have to count vibrational degree of freedom as +2.

[@pi2745]

At high temperature in addition to the transitional and rotational degrees of freedom, vibrational degrees of freedom are also excited . and in that case, a diatomic molecule for example will possess 7 degrees of freedom

[@mathurnitish2625]

Great explanation ,thank you sir.

[@akashm9052]

You deserve more likes great explanation

[@juliasadaimary5383]

N = number of particle ???

[@bunnystudioanjaneyashrivas9285]

Noo!!! Degree of freedom = 3N { where "N" is Atomicity }

[@HussainAbdullahTofa]

I didn't catch what you have said about triatomic molecules. How triatomic molecules have 6/7 degrees?

[@14_saptaksarkar34]

Amazing

[@sanjaynimbalkar1416]

Got it every point of degree of freedom thanks 😊

[@abdurrahmandhali3152]

Awesome 👌

[@nareshbarik5384]

Thank you 🙏🙏🙏🙏🙏🙏

[@rrclcw10]

Which is easier to excite in a diatomic molecule, vibrational or rotational motion and why?

[@Naveenbabuborugadda]

Why polyatomic molecules has rotational freedom=3 but diatomic molecules has 2?

[@bushrakhann]

Thanks a lot❤❤

[@vickyshewkani7975]

Vibrational degree of freedom is not explained Note- at high temperature (above 1000K ) A soft (non-rigid) molecule has vibrational degree of motion as well You might get further details on how much degree of vibrational freedom on google with diatomic , triatomic, polyatomic

[@henakhatun7303]

Very nice explanation

[@tonsiwakorn4057]

0:37 type of degree of freedom

[@neelambansiwal9757]

Very nice and easy explanation

[@renusingh1043]

Great explanation

[@heavenintheworld195]

excellent....... what about the triatomic linear molecule....I think degrees of freedom will be 7 , can you have animated pictures for triatomic or polyatomic molecule degrees of freedom? F= 3N-m, N=3 & m=2 F=7.

[@josephferdy2952]

No. f=5 for triatomic linear molecule coz it only has 2 rotational motion like diatomic gas molecule which is about the two perpendicular axis.

[@nurmohammad-of4ro]

Thnx fr the video..can u plz upload a video of rotational freedom of triatomic molecules..

[@chancynkhoma5642]

wow... a am now happy with this vedio

[@abdullahkahraman1230]

For the diatomic gas there is also vib deg of freedom, thus in total it DOF must be 6!

[@krishanveer8199]

not always, it will only be present at higher temperature.

[@musfikakhatun6099]

When a diatomic molecule present in a axis,then it can't be rotate arond this axis .so from three axis this will be minus..such as-- f (t)=3 &f(r)=3-1=2.then total 3+2=5

[@blacktiger.1490]

Di atomic is Linear?

[@alialiyev6168]

Good video for understanding degrees of freedom

[@Ray-nz4no]

Thanks. Great Explanation

[@bhargavraj6634]

Particle can move even in other direction s why it is not mentioned

[@RohitSingh-pq8ss]

why diatomics dont get rotate about the axial direction????

[@elearn2957]

Number of degrees of freedom of two particles connected by a rigid rod moving freely in plane

[@krishanudebnath1959]

5

[@navneetrajassociates5966]

Thanks a lot..... Gr8 explanation and animation

[@schang_lh]

how much degree of motion would be added for fv (vibration motion) then .-.

[@anubhavrajyan7963]

Truly gud

[@rsveducation4751]

I loved this video

[@joshua6406]

very useful，thanks

[@64.sreejithreju2]

Good explanation

[@anjalifunde7120]

The video is not clear the caption can't read properly

[@vickyshewkani7975]

@3:25 no explanation for polyatomic or triatomic only information..? I know polyatomic might be hacky to explain but atleast of triatomic molecule

[@thebadagnostic]

i didnt understand how 5 for diatomic gas . they can rotate 3 way . so why 5 ? why not 6 ?

[@sravanchittupalli9364]

if the atom is placed in x axis it can only rotate about y and z axis

[@dimpaldeorii935]

Actually in rotational motion u can't rotate the molecule through their bond axis coz for diatomic molecule u will get the same molecule after rotation. So we don't consider this rotation.

[@2010aurnob]

N is the number of atoms

[@nrusimhanseshadri9993]

what is no of constraints

[@sanjaykumargupta6639]

hello sir ,I need of vibration's videos of engineering plz send ,I had search , I didn't get

[@manjumanjunath2020]

Excellent

[@prasanthpradhap3235]

very nice

[@abcd-oz8th]

👍👍👍👍

[@shaikhzoya2002]

excellent.

[@7activestudio]

Access 1500+ Videos of Digital Content. Online Visual Learning Portal at @ www.sciencetuts.com/

[@lovelife7873]

ye last mn 3N-B hm ksy putting kryngy...

[@musfikakhatun6099]

Very interesting

[@eshwarvenugopal02]

Thanks

[@kiquedc]

THANK YOU!

[@adityapillai5139]

Thank you 😁

[@claireabella1]

if HΨ = EΨ, then 2 + 2 = ??? pls help

[@aryanaryan99899]

😂

[@Ayanok0jikiyotoka]

No videos can fully clear your doubt

[@udaisinghnehraphysicsmorar4792]

Nice #udaisinghnehraphysicsclasses

[@Bassfishing221]

Jesus Christ I've been trying to find the answer for half an hour

[@hi5beautyparlournirmalapri747]

Still doubt not cleared

[@sushantrajak9090]

Good sir

[@gayathriraghavendra3590]

Thank u

[@poonamverma-vi8ze]

Waooo

[@omkarsonawane4737]

best

[@asdzxcqwert3699]

Pratik ko nhi smj raha hai he his nt understanding

[@belol69]

aaaawwwwwweeeeeesssssssooooooommmmmeeeee

[@bhavikpatel7717]

thank you..

[@Bassfishing221]

Can someone just fucking tell me how solid liquid and gas move

[@shaikhfirdousmuskanR]

thnq😅

[@dineshkumarsharma1716]

nice

[@7activestudio]

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[@amanvarma1009]

2021 JEE 🖐🏼

[@BobBob-nw5mw]

dafuq is this accent

[@adarshpandey5067]

Bob Bob Indian

[@XpertiCON]

I just fucking died reading your comment hahaha

[@santhoshake3757]

Hi

[@soumikbhattacharya8912]

#Accent

[@Nico-uy2so]

I came here for vr lol

[@sowmiyasarasu6064]

Sir teach tamil pls sir

[@smileplease6439]

Simple madhe sazval

[@gameparade3515]

Mm

[@muhammedshaheerkp1434]

👎👎👎👎👎

[@neetcoachingbytirthshah8187]

not explained in detail....not even useful for school student in india!

[@renusingh1043]

Great explanation

[@bijendrasingh6271]

Good explanation

[@sowmiya1608]

Thank you

[@akankshasarda5216]

Thanks

[@adityapillai5139]

Thank you 😁