Recent content by elano Blumer

Ok.

Thanks for your helping. But I don't understand your saying. What is your last solution? Can you write it here?

Ohhh. Nooo. My result is a bit wrong. True result is; NOT İS WRONG.

I think my result is exactly true. Now I try to solve this problem with d'Alembert principle. I hope that I will find same result. Then I want to find natural frequency of the system. Finally when alpha=0, what is meaning?

I think Lagrange equation is more simle method than others(D'alembert, Hamilton...etc) to solve this problem.

Ohh.Sorry.. T is not equal the zero. You re right. and -x2 reference is how far above the bottom of the ramp? I think it is not important. It defines cylinder's motion on vertival axis. If I say x2 ,It starts from O. -What is the relation between rotation of the disk and x1? and...

I think it is true.

I can define our generalized coordinates like this. This graphic is designed for D!alembert principle. In this situation our Lagrange eqn is; and we can write then we can solve this problem,isnt it?

Kinetic energy; or for x=x1 and y=x2 is second one right?

Homework Statement A cylinder on a inclined plane is rolling without slipping. Inclined plane is connected to wall with a spring and cylinder is connected to wall with a spring too. All frictions will be neglected, and all the given data has shown on the image below. As seen above, k2 spring...