Видео

You certainly make Physics more approachable to an average student, sir. Kudos and respect!!

Where is part 2? It was far more interesting.

Can you recommend some books to learn vector space sir?

Introduction starts with complex variables. Then, it explains the concept of convergence and its application to partition function. Further, he goes to explain the exponential order. Certainly, this is a great lecture. Surprisingly, this video did not reach engineering mathematics students.

hello sir , i want to msc physics at puducherry university i have physics as main subject and maths as ancillaries subject but i have not chemistry as ancillaries subject in bsc . can i take admission in pu thorough cuet pg 2025 ??

Here’s a summary of the RUclips video titled 𝐍𝐞𝐰𝐭𝐨𝐧𝐢𝐚𝐧 𝐯𝐬 𝐂𝐥𝐚𝐬𝐬𝐢𝐜𝐚𝐥 𝐌𝐞𝐜𝐡𝐚𝐧𝐢𝐜𝐬: 1. 𝐍𝐞𝐰𝐭𝐨𝐧𝐢𝐚𝐧 𝐯𝐬 𝐂𝐥𝐚𝐬𝐬𝐢𝐜𝐚𝐥 𝐌𝐞𝐜𝐡𝐚𝐧𝐢𝐜𝐬: The video begins by distinguishing Newtonian mechanics, which is taught at the undergraduate level, from classical mechanics, a more advanced concept typically studied at the postgraduate level. 2. 𝐑𝐨𝐥𝐞 𝐨𝐟 𝐆𝐞𝐧𝐞𝐫𝐚𝐥𝐢𝐳𝐞𝐝 𝐂𝐨𝐨𝐫𝐝𝐢𝐧𝐚𝐭𝐞𝐬: Classical mechanics starts by focusing on generalized coordinates, a mathematical abstraction that allows for a broader understanding of physical systems beyond the basic Newtonian approach. 3. 𝐇𝐚𝐦𝐢𝐥𝐭𝐨𝐧'𝐬 𝐏𝐫𝐢𝐧𝐜𝐢𝐩𝐥𝐞: Classical mechanics seeks to explain why the equation F = ma holds. This principle, introduced by Hamilton, is a broader formulation that applies not just to mechanics but to many physical phenomena. 4. **Comparison with Fermat's Principle**: Hamilton's principle is likened to Fermat's principle in optics, which states that light travels along the path that minimizes travel time. Similarly, Hamilton’s principle involves the minimization of "action," a quantity that governs mechanical systems. 5. **Action and Extremization**: Unlike time in optics, the action in mechanics is minimized (or extremized) based on the system. The action is represented as an integral involving the Lagrangian, a function of generalized coordinates and velocities. 6. **Role of Mathematics**: Classical mechanics is heavily mathematical, focusing on understanding nature through mathematical models rather than direct experimentation. The study involves concepts like derivatives, integrals, and variational principles. 7. **Newton’s Contribution to Calculus**: The video highlights that Newton’s invention of calculus enabled the formulation of F = ma by providing a method to compress experimental data into equations, a crucial development for modern physics. 8. **Generalized Coordinates and Velocities**: The video explains that in classical mechanics, instead of using specific quantities like distance or angle, generalized coordinates (denoted as Q) and generalized velocities (\dot{Q}) are used for a more flexible and generalized description of a system. 9. **Lagrangian Mechanics**: The Lagrangian, a function of generalized coordinates, velocities, and time, plays a central role in classical mechanics. The action is the integral of the Lagrangian over time, and minimizing it leads to the equations of motion for a system. 10. **Universality of Hamilton’s Principle**: The video concludes that Hamilton’s principle is a more universal framework than F = ma. While F = ma is specific to mechanical systems, Hamilton’s principle can be applied to a wide range of physical systems, making it a foundational principle in classical mechanics. This video provides a deep dive into the theoretical underpinnings of classical mechanics, transitioning from Newtonian mechanics to a more advanced mathematical framework using Hamilton's principle.

Playlist for Fourier Series ruclips.net/p/PLtUBquogGkRvhHftIfS4zOBYTtJRahjKX Playlist for Laplace Transform ruclips.net/p/PLtUBquogGkRtVzNJEeG8VTAU_Q2EkZYTl 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

Nicely done.. Thank you sir 😁. You are the saviour at exam time .

Thank you so much sir To explain idea about Re(s)>0. ❤

Kindly do more videos for these three days of exam time, sir It shall be helpful for us in exam preparation, sir

Playlist for Laplace Transform ruclips.net/p/PLtUBquogGkRtVzNJEeG8VTAU_Q2EkZYTl 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

Sir me msc physics se kr rahi hu per mera medium hindi h kya exam me answer me hindi me likh skti hu

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

Thank you very much Sir 💐💐🙏🏻

Very useful.... Sir please uploard full syllable of mathematical method physics .. 🙏

Thankyou sir. Understood it clearly. But i guess the laplace of e_²t cos4t is (s+2)/s²+4s+20 instead of 2s

Sir are you following greenwood book

This lecture is really great, but it will really helpful, if the video is little bit faster.

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

Playlist for Fourier Series ruclips.net/p/PLtUBquogGkRvhHftIfS4zOBYTtJRahjKX Playlist for Laplace Transform ruclips.net/p/PLtUBquogGkRtVzNJEeG8VTAU_Q2EkZYTl 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

Playlist for Fourier Series ruclips.net/p/PLtUBquogGkRvhHftIfS4zOBYTtJRahjKX Playlist for Laplace Transform ruclips.net/p/PLtUBquogGkRtVzNJEeG8VTAU_Q2EkZYTl 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

Thank you sir

Sir kindly explain the example no 11.18 in Jain and Iyengar, Sir

Thank you sir ,your lecture is so informative and helpful to build our concepts clearly

Thanku sir 😊

Awesome class sir thanks 🙏🙏🙏🙏🎉🎉🎉

One of the Best thing about your teaching is to make each point clear and so good explained🙏😊

Nice lecture sir, please also cover atomic and molecular physics if possible. Thanks

Sir will you please complete MSc 1st sem mathematical physics units & sir from where i should study electronic devices and quantum mechanics for 1 st sem can u please help me sir

sir, your videos are amazing, it helps a lot to deal with physics. I am a msc phy students in ignou and i am searching quantum mechanics lecturer such as you can you suggest someone videos available on you tube

Thanks sir ❤❤❤

❤❤❤❤awesome class🎉🎉🎉

Sir, how does the condition for verifying the orthagonality translate to the functions being orthagonal to eachother (which is by my basic understanding defined as the tangents of the functions at any point being perpendicular to each other). What is the insight behind multiplying two functions and taking the integral of the resultant over its period?.

Playlist for Fourier Series ruclips.net/p/PLtUBquogGkRvhHftIfS4zOBYTtJRahjKX Playlist for Laplace Transform ruclips.net/p/PLtUBquogGkRtVzNJEeG8VTAU_Q2EkZYTl 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

Thanks sir❤ awesome class and way of teaching...

Thanks sir..❤❤❤❤ awesome class

Thanks sir

🙏 Clearly explained, thank you, Sir.

Right time to learn fourier

Dear Sir, How is the difficulty level of IIT JAM when compared to JEE? Thanks in advance for all your sincere efforts.

Sir plz upload lectures on optics and solid state physics in coming semester if possible

Thanks sir

You are the epitome of patience and restraint. Your presence in the field of educationis our greatest gift . I have no more to say but i can request to God ! May your health always be good. Namaste sir!

Thanks sir

Thank you sir