28.1 Rigid Bodies

MIT 8.01 Classical Mechanics, Fall 2016
View the complete course: ocw.mit.edu/8-01F16
Instructor: Dr. Peter Dourmashkin
License: Creative Commons BY-NC-SA
More information at ocw.mit.edu/terms
More courses at ocw.mit.edu

[@jannahconsortium4521]

Thank you, professor. This visual explanation helped me a lot

[@outroutono4937]

really cool lecture!

[@daveickdouble]

Thank you so much Prof. I was struggling to understand what is rigid body in English as I'm non native English speaker

[@joori_yousif]

thank you!

[@nawaf_ksa0]

So clear, thanks

[@kojimamcmaple]

Not having learned physics in English, I always assumed a rigid body was a Unity-exclusive thing until my search brought me here.

[@ezhil4548]

short and sweet explanation thnx you sir

[@indiawale3077]

Thanks teacher 👍

[@johnboy312prosupercellplay7]

Thanks

[@mushakim885]

tq very much

[@ramakrishnaniyer8191]

Thanks...

[@hafizyunushmemon1699]

Thx

[@muhammedaslams6065]

Sir, is a wheel and axle system a rigid body?

[@ruparao265]

Hi. Superb Presentation. Which Software is used to make this?

[@mitocw]

See lightboard.info to get an idea on how this was done.

[@pradeepnahak2008]

sir is it possible that without strain, stress can be induced.

[@pewds7500]

No bro

[@DeathShock28]

A/c to hookes law the ratio should be constant

[@everythingishere8726]

Good and it's the FIRST COMMENT. AND LIKE I