I love that you give a use-case/scenario at the beginning. Really clears things up. Most other lectures jump right into the Math and i get completely lost.
How does the answer make sense? The velocity in both x and y directions come out to be 1 m/s. But the tool is on a circular path, right? So velocities in both x and y directions need to be dynamic.
Your teaching format, pace, and clarity/articulation are perfect and really help me understand the material. Thank you for uploading these!
I love that you give a use-case/scenario at the beginning. Really clears things up.
Most other lectures jump right into the Math and i get completely lost.
Unbelievable how you simplified this concept.
Wow! You're natural lecturer indeed. Thanks a ton!
Brilliantly explained. Thanks alot
At 10:33 : "The full Jacobian matrix is nxm matrix"...shouldn't that be "mxn matrix", as shown in figure?
Nice handwriting! I wish I could do that.
Thank u!!! really helpful!!!
How does the answer make sense? The velocity in both x and y directions come out to be 1 m/s. But the tool is on a circular path, right? So velocities in both x and y directions need to be dynamic.
It is the velocity at that moment.
"Big mama" 😂
You are the man.
thank you so much bro!!
Great job after so many years!!!