vector momentum change in momentum with steps plz

Attach a flag to Car #1 and Car #2. 2 Position Car #2 between both photogates. Allow enough space for the flag of Car #1 to comp pass the first photogate before the collision occurs. To reduce the effects of friction, do not space the photogates so far from each other. 3. A Collide Car #1 into stationary Car #2. Have them repel using the magnetic ends. Do at least 2 trials. LI = 0. 194 m ms = 0. 6064 kg L= 0.151 m ma= 0. 590 kg 0.104 8.6064 0-8091 4 0.530 First Trial STATE 1 Time of Car #1 Velocity of Car #1 Momentum of Car #1 At, (s) (m/s) (kg m/s) 0. 068 2. 85 1.73 STATE 2 Time of Car #1 Velocity of Car #1 Momentum Car #1 At, (s) (m/s) mi" (kg m's) 0, as the car stops after 0. if the mass of the cars is collision approximately the same Time of Car #2 Velocity of Car #2 Momentum of Car #2 At? (s) (m/s) 0076 1. 99 1.19 Total vector momentum of Cars in State 1: Total vector momentum of Cars in State 2: Change in momentum of Car #1 during interaction: Change in momentum of Car #2 during interaction