|Apr25-07, 08:38 PM||#1|
Coupled Vertical Oscillators with Gravity
Hey, I'm just having some trouble getting started with this problem.
Crude representation: (The parantheses are supposed to be the springs)
There is a mass (m1) that is attached vertically to a board by a spring of spring constant k and length b. There is a second mass (2m1) attached by an identical spring to the first mass.
I'm supposed to find the normal frequencies in a constant (so it isn't affected by x1 and x2, right?) gravitational field and the normal coordinates. I can do coupled oscillators pretty easily, but I'm just having a hard time setting it up.
m1x1'' = -k1x1 +k2(x2-x1) + g
m2x2'' = k2x2 + g
I guess I'm not exactly sure where g goes into the MX''=-Kx matrix.
|Apr26-07, 08:39 AM||#2|
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