car 1 of mass m, is waiting at a traffic light. Car I is struck from behind by cave of mass my The two cars stick together after the collision car ? was traveling at VZi = 30.0 m /s before the collision 1) what is the initial kinetic energy, in (J ), of car I, if m, = 2500 ng 2 ) what is the initial kinetic energy, in ( J) of car 2, if my = 1000 kg 3 ) what is the inital linear momentum Of car I if m = 2500 kg 4) what is the inital linear momentum, in (kgmls of car ? if my = 1bookg ? 5 ) what is the kinetic, in (J ), of the system after the collision If m - 250 0ragand my = 1000 kg ? 6 ) what kind of collision is described in this problem (explosive, elastic, inelastic, perfect, elastic ) . F) match the quantities to their conservation status in this collision convered kinetic energy not centervey conserved Linear Momentum or nor conserved 8 ) what is the velocity of the entangled car after the collision interms of masses m and my, and me inital velocity of the second car . - VP = ( m, im 2 ) / m zv. - VF = mav . / ( m, - mz ) - vp = miv. / (m.+me ) (S - VA= M2V. / ( m, tmz )