Classical Mechanics by Sivakumar

[@ProfSivakumarRajagopalan]

Playlist for Series Solution of Differential Equations
ruclips.net/p/PLtUBquogGkRt-fPrxGJVT7krIpNSVTFP4
Playlist for Vector Spaces and Groups
ruclips.net/p/PLtUBquogGkRtnrllkLzMlVu_qIcH19BKI
Playlist for Group Theory (by Prof SVMS)
ruclips.net/p/PLtUBquogGkRsIatkJJxaX5msKYMWUk8H-
Playlist for BSc Electricity and Magnetism
ruclips.net/p/PLtUBquogGkRu66Kqgs3HsEpHEP6IA8oQ7
Playlist for MSc Classical Mechanics
ruclips.net/p/PLtUBquogGkRukyAAWOmq2LmQx8Yf9H_3E
Playlist for MSc Classical Electrodynamics
ruclips.net/p/PLtUBquogGkRv5CME__m2oudBqW3_ffv33
Fourier Series Lecture-1
ruclips.net/video/L3PH6jGuVnc/видео.html
Fourier Series Lecture-2: Foundations
ruclips.net/video/VYhlz-YY3Dg/видео.html
Fourier Series Lecture-3
ruclips.net/video/GxK6wsUz0C4/видео.html
Laplace Transform Lecture-1
ruclips.net/video/taTcBFirCo8/видео.html
Laplace Transform Lecture-2
ruclips.net/video/xD0c6fv8N0I/видео.html
Laplace Transform Lecture-3
ruclips.net/video/olO-LHP89TY/видео.html
Laplace Transform Lecture-4
ruclips.net/video/iqhfZqPqxqQ/видео.html
Laplace transform Lecture-5
ruclips.net/video/95GwfZ7FSm8/видео.html
Laplace Transform Lecture-6
ruclips.net/video/Y8RmGH4ne38/видео.html
Laplace Transform Lecture-7
ruclips.net/video/Penvi3pn4sA/видео.html
Laplace Transform Lecture-8
ruclips.net/video/8x_cxr5gVDI/видео.html
Laplace Transform Lecture-9
ruclips.net/video/Wlkx7WJhD-c/видео.html
Laplace Transform Lecture-10 (Part-1)
ruclips.net/video/e7uf_kxGhy4/видео.html
Laplace Transform Lecture-10 (Part-2)
ruclips.net/video/muDyn5QyoKs/видео.html
Laplace Transform Lecture-10 (Part-3)
ruclips.net/video/4CDJ1co2y6o/видео.html

[@johnsonshougaijam8127]

The best thing in this video is the crystal clear for the terminology difference physics and mathematics, thnk u sir

[@ashishtiwari1425]

This channel is going to be a super hit in upcoming days!
Thank you so much sir for making these complex things so clear!! 🙏💜

[@Ashwin-qj6qc]

Thanks for your lecture,prof. I am following the order that you mentioned, Everthing is super clear and precise.Thanks again,glad I found you.

[@Muhammad.Arslan786]

Very nice lectures.
This man is full of knowledge about his subject.
He describes each and everything in very efficient way.

[@shyamvantpurohit844]

Very nice and deep knowledge explained.

[@ProfSivakumarRajagopalan]

Glad, it was helpful.

[@Rittiuu]

Wow dear professor you have a another kind of power for qualitatively description ..✌️✌️
Because being a student i believe taht Qualitative description of physical science l is a powerful way to convey ideas effectively.
Otherwise physics seems like just like a math's..🙏🙏❤

[@ProfSivakumarRajagopalan]

Glad to know that the lecture was useful.

[@rajibdebnath7113]

Really a great lacture sir,
Thank u sir.
Eagerly Waiting for quantum mechanics lacture.

[@sujanak9271]

This lecture gave me goosebumps sir! You explained it with a lot of clarity...I was always confused without understanding these concepts...thanks alot for the amazing lecture sir.

[@ProfSivakumarRajagopalan]

Glad it was helpful!

[@sheenac3489]

Very good Lecture. God Bless You

[@saadhassan8813]

Nice lecture sir

[@tayyabahaider3872]

Enjoyed thoroughly ..thank you sir

[@ProfSivakumarRajagopalan]

Glad you enjoyed it.

[@rajenderkumar2816]

Thanks sir for uploading the videos once again

[@elamvaluthis7268]

Crystal clear lectures thank you.

[@drbsshivashankar9001]

Sir, your appearance constraining information written on the digital board.

[@roshanpanda1662]

Thankyou very very much sir.

[@amuthaamu1194]

Super

[@sureshthsngsrsjsn]

Respected sir
58:25 what happen if I give y= 2 m height instead of zero (origin)
DOF change r not

[@manavalan6754]

Addition of axes changes the degrees of freedom

[@klmkt4339]

When I saw these ( class mech) videos initially I got bored ... After a year now when I get bored I watch the video and enjoy 😊

[@ProfSivakumarRajagopalan]

Glad you like them!

[@blackhole1222]

Thanks a lot! Could you please recommend a textbook for the subject, I am struggling to find a student-friendly one

[@ProfSivakumarRajagopalan]

(1) Classical Mechanics by J. C. Upadhyaya.
(2) Classical Dynamics of Particles and Systems by Thornton and Marion.

[@ankitmishra2723]

Thanks sir and mathematical physics lectures of power series solution are very much interesting.

[@ProfSivakumarRajagopalan]

Thanks and welcome.

[@ankitmishra2723]

@@ProfSivakumarRajagopalan sir waiting for next lecture of mathematical physics 🙏

[@lordalok6342]

Thank you so much Sir ❤🙏

[@abhijitsethi9792]

Thanks a lot sir

[@drbsshivashankar9001]

Only best lecture available on Classical Mechanics ❤️ ThankU sir.

[@ProfSivakumarRajagopalan]

Most welcome!

[@vishwa9713]

Thank you sir....

[@theerdhathulasi6875]

Thank you so much sir!

[@debikadas9180]

Thank you sir

[@biengHamun]

Sir if possible it's a request kindly upload quantum mechanics videos.

[@klmkt4339]

I am as well interested in qm or ssp

[@icchhe7701]

Thank you sir.🙏

[@elamvaluthis7268]

Kinematics is a Tamil word kainkaryam which is done through hand ie pushed by hand movements.potential ie pot filled with water has energy stored energy ie potential energy.

[@ansifhussainvk6404]

Thanks sir

[@emayavank7983]

Thank you sir!

[@anjalim5135]

thanku sir

[@klmkt4339]

53.40 I am imagining when I do a simple pendulum experiment and the constraint ( the string) suddenly disappeared .....😮

[@rajenderkumar2816]

My age is around 29 to 30 but due to some reason I could not prepare net exam is there any benifit of preparation in this age? Please give some suggestion

[@ProfSivakumarRajagopalan]

If you are looking for teaching job, then NET Lecturership clearing will give befits. In the otherwise case, not much use. Best wishes to get a good job of your interest.

[@narasimhak6034]

Thanks sir.

[@joeljeevantharakan7349]

Joel Jeevan 1st msc physics

[@klmkt4339]

34. There is nothing to see and you can't see also

[@emranhasan7480]

Dear Sir,
I am not clear about dimensions.
What is correct from below -
n degree of freedom = n dimensions for 1 particle ?
Or,
n degree of freedom = 1 dimension for n particles ?

[@ProfSivakumarRajagopalan]

(a) Consider the dynamics of a particle with zero constraints. The physical space has 3 dimensions at most for every single particle. So, the one-particle system has 3 degrees of freedom (DoF). This means a two-particle system will have 6 DoF, and an n-particle system will have 3n DoF. (b) If k-number of constraints are present, then the DoF will be reduced by k. Therefore, an n-particle system with C-constrains will have is 3n-k DoF. (c) All DoF in the above are translation DoF. The rotational degrees of freedom will be explained in the following lecture.

[@fastclick8744]

@@ProfSivakumarRajagopalan sir in this k represents constraints on one particle or constraints on n particle ?

[@klmkt4339]

There you are.. particle means sphere. Prism shaped electron... Ahahahaaz

[@elamvaluthis7268]

Dimensions பரிமாணங்கள் அல்லது குறியச்சு படிமம்.

[@manasamyneveruuu]

Thankyou sir
Manasa V S
(18380321)

[@priyasankar2612]

Thank You Sir...

[@aswinp2159]

Thankyou sir

[@archanap740]

Thanks sir

[@jithinsabu8972]

Thank you sir

[@arunrajnambiar3149]

Thank you sir.

[@ashiqueyoosaf.s.a3207]

Thank you Sir.

[@karthikas6911]

Thanks,sir

[@manurockey5490]

Thank you sir

[@nmep3464]

Thank you sir.

[@pratyushmohanty6185]

Thanks sir.

[@kalaiezhilanr6003]

Thank you sir

[@sampadsaha3031]

Thank you Sir.

[@naincykiro2940]

Thankyou Sir

[@arshinkrishna277]

Thank you sir

[@nakshatragaikwad6992]

Thank you sir.

[@navaneethkrishnae3724]

thank you sir

[@adwaitm6871]

Thank you, sir.

[@mohanapriya8378]

Thank you sir

[@praveenp.c2770]

thank you sir .

[@ranithalder3423]

Thank u sir

[@minam__mm]

Thank you sir.

[@parvathir6725]

Thank you sir

[@mareenathomasa2293]

Thank you sir

[@saikarthikeybhat3352]

thank you sir

[@sanjaykumar.j4333]

Thank you sir

[@thamizharasu2207]

Thank you sir

[@mehthabsherin7651]

Thank you sir

[@visveswaranr7587]

Thank you Sir

[@hibapaliyil9269]

Thankyou sir

[@ayishashadha6513]

Thank you sir

[@gopikapr9536]

Thank you sir

[@anjalivv705]

Thank you sir

[@nikithar2969]

Thank you sir

[@keerthikamadhivanan4325]

Thank you sir

[@V15H4L_4RJUN]

Thank you sir

[@SandeepKumar-gw8hr]

Thank you sir

[@sharmilank2545]

Thank you sir

[@NithunaN]

Thank you sir

[@abhisheks1723]

Thank you sir

[@nivedha3785]

Thank you sir

[@girisankar2474]

Thank You Sir

[@cristinthomasa.4670]

Thank you sir

[@thulasyjayan2558]

Thank you sir

[@umakantatadingi9713]

Thank you sir

[@sarahsalter9096]

Thank you sir

[@harsharahim6836]

Thank you sir

[@soundharryaamanoharan6940]

Thank you Sir

[@sandradinesh745]

Thank you sir

[@kisore20gp]

Thank you Sir

[@gnanavania4577]

Thank you sir

[@manjuvipindas1549]

Thank you sir