Kinematics Of Rigid Bodies - General Plane Motion - Solved Problems

This EzEd Video explains
- Kinematics of Rigid Bodies
- General Plane Motion
- Relative Velocity Method
- Instantaneous Center Method

[AKIMBOOLE]

This might be one of the best videos on youtube

[farhadalipour]

What a perfect and smooth explanation thank you sir!!

[nicolaswiles]

Very helpful, this is the one topic in dynamics that I really struggled with and I finally feel that I understand it. Thank you!

[obidelightsome]

Please how did you get the angles I don get it

[arjunmohod]

Wow what an explanation great efforts sir

[Kadoc]

I am extremely grateful for this video! Thank you!

[robhousehold]

Supper helpful. Learned more in this video than 2 lectures

[knan]

You are amazing man. Thank you so much

[AnandKumar-hnyi]

Hello sir I can't understand how you have calculated angle 85 degree in last problem.

[rowanhaggag]

i'm really happy to finally understand this shit !

[iseeumik]

Hi master! Thank you so much for these. ❤️

[chrisjohnpaulflores]

in the instaneous center of rotation in the planet motion you can find the angular acceleration of that example?

[nguyenannguyen]

8:37 how you can find the angle of the triangle??

[pavanpal]

Is there a similar video in terms of acceleration? Please link me if so

[epiccricketarena]

in ab, bc, cd system, In question ab is inclined but in the solution you get it as horizontal? ho that happened?

[sthembiso_mkhwanazi]

HOW DID YOU FIND THOSE ANGLES AT 8:35?

[kozacknep]

@6:02, for finding angular vel. of CD why linear vel. is used instead of relative velocity of C w.r.t D....?

[halimnadzmi]

Why is it when i use the Vc=Vb+Vc/b equation to find Vc/b i get a different answer?

[ganeshsri]

Can we use absolute motion analysis to solve ths

[williamm]

5:51 how did you calculate rcb? which is 0.4 in the video thank you