While studying collisions in lab, you set up two carts to collide head-on as shown below. The initial velocity of the red cart is 4 m/s, the initial velocity of the blue cart is -3.0 m/s. The red cart has a mass of 5.5 kg, whereas the blue cart has a mass of O kg. What is the total initial momentum for the system containing both red and blue carts? IMG- -x i+x -10646 mass of red 5.5 kg mass of blue Viof red 4 m/s Vfof blue -3.0 m/s 0.5 kg Find P in kg m/s and input your numerical answer below. sys i

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While studying collisions in lab, you set up two carts to collide head-on as shown
below. The initial velocity of the red cart is 4 m/s, the initial velocity of the blue cart
is -3.0 m/s. The red cart has a mass of 5.5 kg, whereas the blue cart has a mass of O
kg. What is the total initial momentum for the system containing both red and blue
carts?
IMG-
-x
i+x1
-10646
mass of
red
5.5 kg
mass of
blue
Viof red 4 m/s
Vfof blue-3.0 m/s
0.5 kg
Find P sys i in kg m/s and input your numerical answer below.
Your Answer:
Transcribed Image Text:While studying collisions in lab, you set up two carts to collide head-on as shown below. The initial velocity of the red cart is 4 m/s, the initial velocity of the blue cart is -3.0 m/s. The red cart has a mass of 5.5 kg, whereas the blue cart has a mass of O kg. What is the total initial momentum for the system containing both red and blue carts? IMG- -x i+x1 -10646 mass of red 5.5 kg mass of blue Viof red 4 m/s Vfof blue-3.0 m/s 0.5 kg Find P sys i in kg m/s and input your numerical answer below. Your Answer:
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