Lagrangian Mechanics (Torques and Forces) | Robotics | Part 5

[@yunusalih]

wow i wish i had you as a teacher instead of the guy that lectures my class, he is so boring I always phase-out listening him but your explanation was so on point and clear. Thank you

[@chhc5508]

Thank you very much, i watched all of your Robotics video ,you are excellent Teacher ,look forward you can teaching Manipulator Trajectory Planning

[@thatsengineering5235]

Thank you

[@chhc5508]

Could you teaching inverse kinematics, your explaining very good.Thank you very much

[@akchelsea6635]

Thank you very much it helped me a lot

[@shamssalehin2376]

Thank you for the tuts.

[@gabbala7828]

You are a life saver, thank you very much!

[@connorwatson3631]

at 14:38 in the video, in the line Fm1 the first term should be: (m1q1*dot* + m2q1*dot*)

[@nainakaur9866]

Thank you❤

[@shahkarmalik8991]

kindly share some material regarding inverse kinematics.

[@mapytekh]

can you do it for the revolute joint manipulator?

[@jayvaghela49]

Please can you upload on inverse kinematics

[@AirAdventurer194]

Right back in Phys 311 at UW-Madison! guide.wisc.edu/search/?search=physics+311 And, to think after hearing of System Dynamics catalog.uwplatt.edu/search/?P=MECHENG%203030 , I thought Lagrangian mechanics was a complete waste of time ...! Thanks so much, sir!