Recent content by ngan_ngong

though I obtain two relations above but these are still not rich enough to resolve, help me

I am trying to analyze nature in this prob as follows Consider this system in equibrilium and then, disturb the object a small distance x vertically and call corresponding distances of spring k_1 and k_2 as x_1 and x_2 then we obtain the relation between these variables \left\{...

my friend show me result http://codecogs.izyba.com/png.latex?\%20\varpi%20=%20\sqrt{%20\frac{k_1%20k_2}{m(4k_2%20+%20k_1)}%20} , it seems to be true but I still do not know the solution

My lecturer give the problem without giving a result, and so I got stuck of how to deal with it. If someone know the solution, or at least, the exact result, please let me know

Homework Statement We have the system consisting of a massless pulley and two massless springs as the picture shown below. Two springs has spring constants as /k_1 and /k_2. The object has mass m https://sites.google.com/site/hophammn/_/rsrc/1347478793251/home/pset1.jpg.1347478793003.jpg...

\int {rdm} = r_c \int {dm}