A 2.0kg frictionless cart is moving at constant speed of 3.0m/s to right on hori

Question

A 2.0kg frictionless cart is moving at constant speed of 3.0m/s to right on horizontal surface   It collides withsecond cart of undetermined mass, m that is initially atrest. A graph is ploted of F on y axis and time on xaxis.   Between 0 and .5 ms the force rises from 0 to 10kN.   From .5 - 1.0 ms the force drops back down to 0kN Calculate the magnitude and direction of the velocity of the2.0 kg cart after collision Calculate mass m of second cart After the collision the second cart experinces a ramp which ittraverses with no frictional losses.   A graph is plottedshowing speed of cart on y axis vs time on x axis. At time 0s- 2 s the speed of the car is 1.6 m/s At 2 s - 3.5 the speedof the cart drops from 1.6 m/s to .5 m/s   At 3.5 - 5 sthe speed of the cart remains steady at .5m/s    Calculate the accelration of the cart at t=3.0s (thespeed of the cart at that point is .9 m/s Calculate the distance traveled by second cart during time 0 -5 sec State whether the ramp goes up or down and clacluate maximumelevation (above or below the initial height) reached by second arton the ramp during the 5 sec interval after the collision. A 2.0kg frictionless cart is moving at constant speed of 3.0m/s to right on horizontal surface   It collides withsecond cart of undetermined mass, m that is initially atrest. A graph is ploted of F on y axis and time on xaxis.   Between 0 and .5 ms the force rises from 0 to 10kN.   From .5 - 1.0 ms the force drops back down to 0kN Calculate the magnitude and direction of the velocity of the2.0 kg cart after collision Calculate mass m of second cart After the collision the second cart experinces a ramp which ittraverses with no frictional losses.   A graph is plottedshowing speed of cart on y axis vs time on x axis. At time 0s- 2 s the speed of the car is 1.6 m/s At 2 s - 3.5 the speedof the cart drops from 1.6 m/s to .5 m/s   At 3.5 - 5 sthe speed of the cart remains steady at .5m/s    Calculate the accelration of the cart at t=3.0s (thespeed of the cart at that point is .9 m/s Calculate the distance traveled by second cart during time 0 -5 sec State whether the ramp goes up or down and clacluate maximumelevation (above or below the initial height) reached by second arton the ramp during the 5 sec interval after the collision.

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