Dynamics 16-145| A ride in an amusement park consists of a rotating arm AB having a constant...

Question: A ride in an amusement park consists of a rotating arm AB having a constant angular velocity WAB = 2 rad/s point A and a car mounted at the end of the arm which has a constant angular velocity W' = {-0.5k} rad/s, measured relative to the arm. At the instant shown, determine the velocity and acceleration of the passenger at C.
Problem 16-145 from:
Engineering Mechanics: Dynamics, 14th edition
Russell C. Hibbeler
Thank you guys for watching.
Please let me know if you have any comments or suggestions and also if you have any other problem you would like to go over with.

[@lenkagamine088]

Keep up the amazing work!!

[@LearningbyTeaching]

Thank you Ien! You as well keep it up with the classes.

[@abhi00788]

What about the velocity of C w.r.t B (C = radius X angular velocity) because C is rotating w.r.t B?

[@shahedu]

because your videos are very helpfull for me i have test so if you solve these problems i will be grateful to you

[@woodychelton5590]

how is velocity of C wrt B 0? that's nt right

[@shahedu]

bro could you please solve the 16-90 and 16-92

[@r2k314]

I think if you write the equations Vb=Va..... and Vc =Vb... and substitute the first into the second you get a different result because you dropped the Rb/a. I'm no expert though. I wrote out the acceleration in the same way.