Class 11th - Degree of Freedom | Kinetic Theory of Gases | Tutorials Point

[@TutorialsPoint_]

Watch Playlist on Kinetic Theory of Gases:
th-cam.com/play/PLWPirh4EWFpGo-7aGZXWT27pgEwddIdf_.html&si=5HpF26BMj02FtSrJ

[@satvirdeol4027]

Sir hats off to you for such a brilliant explanation ,salute!!

[@hampirestoration]

Nicely explained sir.. will use your method to teach my students..!

[@peshalmadhukar]

Thank-you for sorting out physics so easily for us. You're a Gem sir 💎

[@RaihanulAlamHridoyOfficial]

Thank you, sir. Your explanation was really helpful.

[@manishamajra9422]

Vryy nyc sir....u r the best...
Mujhe sb bht ache se smjh aa gya..
Tqu so much sir...

[@erosgaana]

Thank you so much sir... Keep helping us sir.. From my heart..

[@aadi2625]

he is no more 😔

[@bskedar228]

he is no more ..........................

[@khushisharma-tp7ff]

Thank you sir, you explain everything in such less time

[@vimalaselvam1511]

Thank you so much sir. I understood very well sir

[@sivachidambaram279]

best explanation sir .very usefull 4 marks ready thank u soo much

[@riteshpatil3802]

Kdkk sir

[@mubasharali8554]

Outstanding sir...very conceptual

[@k.pchandra3059]

Great explaination sir Thankyou so much 🙏🙂😃

[@srustifundamentalscience9322]

God of physics

[@harshavardan7130]

Sir you are one of the best physics teachers in the world

[@richardsmith6488]

Great presentation. Love the two definitions and ways to count DoFs. They give a check.

[@parbonkundukundu2701]

what is the oscilatory motion that makes it 7?everybody stops here

[@nanotechnology107]

Excellent teaching skills...

[@jonathanwick1539]

Thanks. Very well explained.

[@jyotirmoybarman7884]

Find the number of degrees of freedom for a rigid body which can move freely in three dimensional space has one point fixed but can move in space about this point.

[@dilshadilu2380]

Thankuuuu sir....😍😍😍😍

[@saifulsumon8483]

Thank you sir.
It was a great explanation.

[@madhuramr9713]

Thankyou so much sir🙏

[@parulparashar1682]

👌👌👌👌👌👌👌👌👌👌👍👍👍👍👍👍👍👍👍👍👍👍😊😊

[@riyabhardwaj7629]

Very helpful

[@ankandey9168]

So nice explanation thank you sir

[@Skeducation75]

Thanks🙏🙇 sir

[@nirmalsankalana6479]

Best expression.... Thank you very much, sir... ♥♥♥

[@anantsingh2408]

Chutiye explanation not expression 🤦‍♂️🤦‍♂️

[@danielraynersamuilmoe2182]

super explaination!!!

[@minithecalm4002]

Sir,what about degree of freedom for polyatomic gases?

[@anantsingh2408]

Apply the formula yrr which sir told
3×n-r

[@bavithranpandian8453]

தமிழ் பேசும் இந்தியன் 💥

[@Mayankk8]

sir you make explanation very easy .

[@purusottambehera5031]

Thank you sir .
You are teaching such a way that one should love it ❤️❤️❤️

[@vinodhajare9314]

How to find degrees of freedom of methane ?

[@joshuafernandes3580]

It's 6 (not including vibrational)
If u look at methane's structure. It's tetrahedral. It can move in 3 directions across X,Y and Z axes respectively. ( Translational Freedom = 3)
If u imagine a methane molecule. It can rotate along X,Y and Z axes
(Rotational Degrees of Freedom = 3)
Total DOF = 6 (not including Vibrational)
Hope it helps you :)

[@shuvashishsharma1299]

best explain i have ever seen..thank you sir

[@jannatunmowla1598]

Thank you sir...

[@alagumani6518]

Really great sir...

[@kinsey6086]

Sir thanks a lot

[@jwil7090]

Very helpful. Thank you!

[@aniket5240]

He was amazing teacher.

[@bipintaid2753]

Thank you sir.

[@dileepkumarb8238]

Thankyou Sir

[@holdurhorse9149]

Six degree of freedom ?

[@AryanSharma-jf7ph]

thanks a lot sir your all video lecture topics matches with my Aakash notes.

[@PaulKartik]

I am from tamilnadu... excellent explanation sir..... thank u sir....

[@rohithooda1405]

Sir thanks k lot

[@sarojvlogs3076]

Thank. You. Sir

[@zahirabbas4760]

Thank u so much sir
Love you..Stay healthy in this pandemic

[@zakirshah5060]

Sir , now no more

[@anshukasera4448]

Tnq u.. Sir

[@sujithk6238]

Thanks.It helped me in my seminar

[@mr.x375]

Which seminar?

[@surendrakverma555]

Regards.

[@kavyakulshrestha7520]

Thankyou so much sir....such a nice explanation..

[@avichalshashtag]

tyvm❣️

[@Satya_1984]

Sir this is wrong explanation of degree of freedom. 3 degrees of freedom is related with translational motion and others are either with rotational or vibrational motion.

[@VikramSingh-qn9rl]

Most books give it terms of rotations. But youve created your own way of remebering it

[@nadafairooz7430]

thank u very much sir thats very good explaination s in this topic

[@Sandeepsingh-xf3nl]

Thanks sir

[@nmcreations8873]

Sir , in case of CO2 , the degrees of freedom is 6

[@reshmir4846]

could any say how 3 rotational degree freedom can explain

[@dushyantsoni5195]

Rip sir 😔😔😔

[@randomstuff9960]

Thank you sir

[@kajalsheoran4840]

Thanku sir

[@amarsahu6691]

watch it in 1.5x

[@physics4pk52]

I did

[@mohanachandrannairn9837]

For CO2 it must be 6 I think...

[@narayangautam9908]

No it would be 7

[@hiratahseen7476]

thank u v.much......God bless u!!!!!!

[@saradat5083]

I mean, low audio

[@Anime_hold]

Hindi Mein Bole desh ki Bhasha kharab lagti hai kya

[@jyotipriya7662]

CO2 has 5 freedom

[@santhoshKumar-nw2om]

7

[@virenrathodyoutube]

Thank you so much sir..for this video.

[@nanotechnology107]

Cool but hot concept

[@addy7464]

Rest in peace sir.

[@vishwasprakash2621]

sir u explained about translation and rotation for the CO2 molecule but not oscillatory motion.
can u explaine it too sir.

[@saradat5083]

Excellent Explanation...sir. but not audible

[@bharadwaj767]

Thank you 🙏 sir

[@PardeepSingh-jh6ou]

Thanks

[@favtime7540]

Bhai hindi nahi ati kya tumko

[@mundakherasc255]

Sare ishare galat

[@marwelouskyn8250]

Thank you so much❤

[@abineshdq2927]

Pls start with some greetings... Otherwise okkk... Tq....

[@ManojSingh-vc9uf]

Galat bata raha h ye CO2 have 5

[@kritikabhopal2568]

Thanku sir

[@anikettak2700]

Thanks

[@shardaiyer1308]

Thank you sir

[@sombirkumar3074]

Welcome

[@navu61]

thanks sir

[@budgiesandfishes8045]

Thanks sir

[@mamatadas2927]

Thank you sir

[@shambhooram4156]

Thanks sir

[@guradasuthomas996]

Thank you sir

[@oTHIRUVAYIPATISRIARCHANA]

Thank u sir