A 18.10 kg mass falling while also attached to a spring (k = 1950.00 N/m). as shownabove. At point K the spring is at equilibrium (x=0) and the mass has been given aninitial speed (v;) directed towards the water. The mass travels 0.40 m (between Kand L) then hits a pool of water at point L where the water exerts an average force of48.30 N [upwards). while it is still connected to the spring. The mass travels 1.04 m(from L to M) and stops at point M. Determine the initial speed (vi) of the mass.Enter an answer with three digits and in S.l. units.Upload the matching solution to your answer here

Page 1: 1 2 K water A 18. 10 kg mass falling while also attached to a spring (k = 1950.00 N/m) as shown above. At point K the spring is at equilibrium (x=() and the mass has been given an initial speed (v.) directed towards the water, The mass travels 0.40 m (between K and L) then hits a pool of water at point L where the water exerts an average force of 48 30 N (upwards), while it is still connected to the spring. The mass travels 1.04 m (from L to M) and stops at point M. Determine the initial speed (vi) of the mass. Enter an answer with three digits and in S.J. units " Upload the matching solution to your answer here (with your name at the top)