Recent content by tiz arrior

This is the final answer. Thank you for your help.

I did try to solve the problem, before, got the right answer, but used the wrong method. Right now i do not know how to solve it.

I apologize, you are completely right. This is a picture of the problem.

How can I find omega on an object that is floating on water which is moving up and down on the object? The problem goes by giving you a cylindrical object with radius r and height H, pw(density of water), pc(density of circle) and x(t)=a*cos(wt). I do not understand why pw*pi*r^2*dg=pc*pi*r^2Hg