Problem $2(40$ points$)$: The weight of the block is $30$ lb$.$

Distances: $l=2ft$ and $h=\frac{l}{2},$ spring stiffnesses:

$k_A=15l\frac{b}{i}n$ and $k_B=60l\frac{b}{i}n.$ If the initial velocity

of block, $v_0=20f\frac{t}{s}$ and the kinetic friction between

the surface and block, ${}_k=0\mathrm{.}3.$ Determine the total

distance the block will travel before it comes to rest?

Note after block hits the spring B$,$ it rebounds and

slides toward spring A and probably strikes spring $A,$ ect.

Please actually solve the problem!