What is the kinetic energy of the system of Figure SP2.40 at an arbitrary instant in terms of \(x\), which is the downward displacement of the block of mass \(m_{1}\) ? Include an approximation of the inertia effects of the springs. The mass of each spring is \(\mathrm{ms}\).

Transcribed Image Text:

ms Thin disk of mass m No slip FIGURE SP2.40 I m ms X