3. Mass n11 Is In rest on an Inclination. Mass n1: is released from rest at a distance d: {measured along the Iricllnatlon) from I111. There Is no frlctlon along the inclination, over the distance d1. Mass m: hits mass m: in such a wavr that the two messes stick together. During this very short oollislonl mass m: does not eat an Impulse from the cable. Immediatelv after the collision, the system moves with the cables taut and with the two masses moving down the inclined plane with a speed of {1.3 mls, and with the spring stretched over [1.15 m {- elongation}. On that part of the Inclination, there is friction between the inclination and the masses [or I I115]. Data: is: - zoo Wm, mass m: - ti kg, mass m: - Ii kg. Remark: the cable passes through a hole In rnass n1: so that there Is no contact heme-en the cable and mass m2. Determine: a) the distance d1 bl the dlstance d: which Is the distance that the two masses travel [after the collision] along the inclined plane before theirr come to rest