Snehit Messages 3 Reaction score 0 Thread starter Dec 12, 2017 #1 Check Attached file for questionI am not able to get the equations for motion. Except that when cylinder loses contact, the normal force is zero.Please answer this fast. Need it for a test tomorrow. Thanks a lot! Attachments Capture.PNG 7.7 KB · Views: 587
Check Attached file for questionI am not able to get the equations for motion. Except that when cylinder loses contact, the normal force is zero.Please answer this fast. Need it for a test tomorrow. Thanks a lot!
Snehit Messages 3 Reaction score 0 Dec 12, 2017 #2 Ok, I tried the question for some time and came up with this differential equation, \ddot{\theta} + \frac{2g}{3(a+b)} \sin(\theta) = 0
Ok, I tried the question for some time and came up with this differential equation, \ddot{\theta} + \frac{2g}{3(a+b)} \sin(\theta) = 0
Dr.D Messages 2,411 Reaction score 723 Dec 12, 2017 #3 What are a and b; they do not appear in the problem statement. Did you get the kinematics correct? This is where most people get off track on a problem of this sort, so look very closely at that aspect.
What are a and b; they do not appear in the problem statement. Did you get the kinematics correct? This is where most people get off track on a problem of this sort, so look very closely at that aspect.