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Comments from YouTube:

SINC0MENTARI0S

6y↑46

That's an outstanding instructor. Thinking of my school now makes me vomit.

Aisa Sharifi

3y↑14

I'm a master student and I could say this the best and highest standard lecture I've had during my study life. Please please put other courses of MIT for mechanical engineering that all student around the world enjoy course

MIT OpenCourseWare

3y↑7

Here's what we have for mechanical engineering: https://ocw.mit.edu/courses/find-by-topic/#cat=engineering&subcat=mechanicalengineering. Best wishes on your studies!

Gokul Satya Sriram

38w

My heartful greetings to that professor.
There is a saying goes like this: A Poor teacher explains, A good teacher demonstrates, A great teacher inspires!
You are a GREAT TEACHER ❤️. Your art of teaching inspire students to explore knowledge and dive deep into the nature.
Because of you great people MIT and USA are in leading positions.
Thank you MIT for great initiative ❣️.

ismail tag eldin

4y↑6

really great lecture, thanks Dr j.Kim Vandiver

01cellardoor

4y↑5

this lecturer is the best.

Ashit Hessam

7y↑7

thaaaaaaaaaaaaaaaaaaaaaaaaaaaaanks MIT

Raza Mehdi

1y↑1

I am doing my research on wave propagation and I learnt these things in 2 weeks by Karl book on wave propagation now I watch this lecture that is very informative and detailed.

tasneem harahsha

4y↑2

thank you MIT ^^

Fahraynk

4y↑1

Need a clap emoji for times like this.
8.003 had me thinking I knew physics but no mention of reference frames, almost no angular momentum!

Manbobby1

Great lecture, thanks!

Mlh Amc

2y↑1

Amazing professor I m from Algeria I liked this video very much I hope that you have more videos for civil engineering

HAILU AMARE

THIS IS BRIEF RATHERTHAT WE LEARN,KEEP UP IT

Ben Regar

5y↑2

thank you sir

gekaprog

amazing professor. clear, engaging. no words, simply amazing

kummer45

3y↑1

That's a beautiful lecture in every sense. MIT provides deeply insightful lectures. Makes the reading literature very comprehensible.

Wangzhifu Yang

5y↑2

thank you sir

S Cicatiello Jr.

47w

Use this when I cant fall asleep thanks

Stanley Man

3y↑1

Great lesson

anmol ali

2y↑1

Great Professor...

Siva Srinivas

5y↑3

👍👍👍

DHUL-QARNAYN HAMZA ANGARAH

Thanks alot for the great Lectures.

Lucas Emerick

3y↑1

This content should not be restricted! Please, release it all over the planet!

MIT OpenCourseWare

3y↑3

These blog posts: https://mitopencourseware.wordpress.com/2018/06/18/statement-on-ocw-videos-blocked-on-youtube/ and https://mitopencourseware.wordpress.com/2018/06/21/mit-opencourseware-videos-on-youtube-have-been-restored/ should help explain what happened.

Javad Mehrmashhadi

52w

Thank you MIT!

Civil Engineering Q&A

32w↑1

Step by step video solutions for civil engineering questions

Emre Perihan

Have a question regarding the organ pipe experiment. The frequencies played are approximately 370 Hz and 210 Hz respectively. So it's not exactly the half but something like 0.57 times the first frequency. What's the reason of this?

Raza Mehdi

1y↑2

But I am very sad that there is no video lectures of MIT on wave propagation 😥

VIKAS B

Thank u sir and thanks MIT

Eternal Gaming

46w

this is fantastic
thanks!

Fahad Mohsin

Amazing way to demonstrate this complex topic. Anyone know the book, professor is following for these lectures?

MIT OpenCourseWare

+Fahad Mohsin -- Check out the full course site on OCW for all the details and course materials: http://ocw.mit.edu/2-003SCF11. The recommended reading come from two texts: Hibbeler, Russell C. Engineering Mechanics: Dynamics. http://www.amazon.com/exec/obidos/ASIN/0136077919/ref=nosim/mitopencourse-20/ and Williams, J. Fundamentals of Applied Dynamics. http://www.amazon.com/exec/obidos/ASIN/0471109371/ref=nosim/mitopencourse-20/.