Question

What is the impulse on 4.0 kg particle that experiences the force described by the graph in the figure? Consider an inelastic collision between Kg cart moving to the right at 2 m/s and a 2 Kg cart moving to the left at ms_ What is the speed and direction of the 2 carts after they have stuck together? A mass me traveling to the right with speed V makes glancing collision with mass mz initially at rest. After the collision the masses have speeds V1' and vz and move in directions and DJz, as shown below. Deterine the velocity of after collision (i.e find V2" ) FI' = 3m{s mp =1kg V1 = 5 ml: 91_=.202 mj = - 2kg V2 = 0'

          What is the impulse on 4.0 kg particle that experiences the force described by the graph in the figure? 

Consider an inelastic collision between Kg cart moving to the right at 2 m/s and a 2 Kg cart moving to the left at ms_ What is the speed and direction of the 2 carts after they have stuck together?

A mass me traveling to the right with speed V makes glancing collision with mass mz initially at rest. After the collision the masses have speeds V1' and vz and move in directions and DJz, as shown below. Deterine the velocity of after collision (i.e find V2" )
FI' = 3m{s
mp =1kg V1 = 5 ml:
91_=.202
mj = - 2kg V2 = 0'

Added by Brian S.

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