Does anyone explain how to solve it?

Consider an experiment 1) You re an object of mass M straight up into the air using the spring. The top of the spring when it is uncompressed is what we'll call y = 0. The spring is initially compressed a distance dC (vi = - dc) the object reaches a maximum height hmax, and there is no friction between the object and the launcher. 2) You want to do a similar experiment with the same spring launching an object up a ramp. This second object has the same mass, M, as the rst object. The top of the spring, when it is uncompressed, is where we'll dene x = O. x is the coordinate up the ramp, as shown. The spring is initially compressed the same distance as the rst experiment (xi = - xE = - dc). The ramp is at an angle 6. There is no friction in the launcher (x 0). use the results of the rst experiment to predict the distance the object will move up the ramp after leaving the launcher. L in the second experiment. L is the distance the object goes past x = 0. M=9kg o h dc=xc=0.30m m\" 1, y = 0 hmax = 1.5 m 9 = 30 degrees dc pk = 0.29