The bumper cars at an amusement park collide as one approaches the other directly from the...
The bumper cars at an amusement park collide as one approaches the other directly from the rear. Car A has a mass of 401 kg and a velocity of 5.0 m/s. Car B has a mass of 481 kg and a velocity of 3.3 m/s. The coefficient of restitution is 0.63.
A. Determine the velocity of car A immediately after the collision.
B. Determine the velocity of car B immediately after the collision.
C. Determine the change in momentum of car A.
D. Determine the change in momentum of car B.
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The bumper cars at an amusement park collide as one approaches
the other directly from the...
The bumper cars at an amusement park collide as one approaches the other directly from the...
The bumper cars at an amusement park collide as one approaches the other directly from the rear. Car A has a mass of 426 kg and a velocity of 5.0 m/s. Car B has a mass of 470 kg and a velocity of 3.2 m/s. The coefficient of restitution is 0.72. A) Determine the velocity of car A immediately after the collision. (include units with answer) B) Determine the velocity of car B immediately after the collision. (include units with...
Two bumper cars in an amusement park ride collide elastically as one approaches the other directly...
Two bumper cars in an amusement park ride collide elastically as one approaches the other directly from the rear. Car A has a mass of 450 kg and car B 495 kg . Car A approaches at 4.50 m/s and car B is moving at 3.70 m/s. Calculate the change in momentum of car B after the collision.
A pair of bumper cars in an amusement park ride collide elastically as one approaches the...
A pair of bumper cars in an amusement park ride collide elastically as one approaches the other directly from the rear, as seen in part (a) of the figure below. ((a) before collision, (b) after collision) One has a mass of m1 = 441 kg and the other m2 = 562 kg, owing to differences in passenger mass. If the lighter one approaches at v1 = 4.30 m/s and the other is moving at v2 = 3.70 m/s, calculate the...
Two bumper cars
Two bumper cars in an amusement park ride collide elastically as one approaches the other directly from the rear. Car A has a mass of 450 kg and car B 550 kg, owing todifferences in passenger mass. If car A approaches at 4.5 m/s and car B is moving at 3.7 m/s calculate (a) their velocities after the collision, and (b) the change inmomentum of each.
At a county fair, two children ram each other head-on while riding on the bumper cars....
At a county fair, two children ram each other head-on while riding on the bumper cars. Jill and her car, traveling left at 3.30 m/s , have a total mass of 350 kg . Jack and his car, traveling to the right at 1.60 m/s , have a total mass of 270 kg . Part A: Assuming the collision to be elastic, determine the speed of Jill and her car after the collision. Part B: Determine the direction of the...
Two bumper cars collide head on. Bumper car 1 has a weight of 150 lb and...
Two bumper cars collide head on. Bumper car 1 has a weight of 150 lb and is moving with a speed of 6 ft/s. Bumper car 2 has a weight of 170 lb and is moving with a speed of 4 ft/s. If no energy is lost during the collision, A) what are the velocities of the two cars after the collision? B) What is the magnitude of the average force between the two cars during the collision if it...
2 cars collide, coming from the bottom, as seen in the diagram. The momentum of the...
2
cars collide, coming from the bottom, as seen in the diagram. The
momentum of the blue car was found to be 24kg*m/s (52ENE) before
the collision and 16.4kg/m/s (64NWN) after the collision. The red
car was found to have a momentum of 13.3 kg*m/s (50WNW) and 20.8
kg*m/s (52ENE)
a)What was the Total Momentum Before the Collision and
After?
b) What was the Change in Momentum of Car 1 and 2
c) What was the total kinetic energy before...
A bumper car with mass m1 = 107 kg is moving to the right with a...
A bumper car with mass m1 = 107 kg is moving to the
right with a velocity of v1 = 4.6 m/s. A second bumper
car with mass m2 = 98 kg is moving to the left with a
velocity of v2 = -3.2 m/s. The two cars have an elastic
collision. Assume the surface is frictionless.
1) What is the velocity of the center of mass of the system?
m/s
2) What is the initial velocity of car 1...
) A 1000-kg car approaches an intersection traveling north at 20.0 m/s. A 1200-kg car approaches...
) A 1000-kg car approaches an intersection traveling north at 20.0 m/s. A 1200-kg car approaches the same intersection traveling east at 22.0 m/s. The two cars collide at the intersection and lock together. Ignoring any external forces that act on the cars during the collision, what is the velocity of the cars immediately after the collision?
A 1000-kg car approaches an intersection traveling north at 15.0 m/s. A 1300-kg car approaches the...
A 1000-kg car approaches an intersection traveling north at 15.0 m/s. A 1300-kg car approaches the same intersection traveling in the same direction behind first car at at 28.0 m/s. The two cars collide at the intersection and lock together. Ignoring any external forces that act on the cars during the collision, what is the velocity of the cars immediately after the collision?
2
cars collide, coming from the bottom, as seen in the diagram. The
momentum of the blue car was found to be 24kg*m/s (52ENE) before
the collision and 16.4kg/m/s (64NWN) after the collision. The red
car was found to have a momentum of 13.3 kg*m/s (50WNW) and 20.8
kg*m/s (52ENE)
a)What was the Total Momentum Before the Collision and
After?
b) What was the Change in Momentum of Car 1 and 2
c) What was the total kinetic energy before...
A bumper car with mass m1 = 107 kg is moving to the
right with a velocity of v1 = 4.6 m/s. A second bumper
car with mass m2 = 98 kg is moving to the left with a
velocity of v2 = -3.2 m/s. The two cars have an elastic
collision. Assume the surface is frictionless.
1) What is the velocity of the center of mass of the system?
m/s
2) What is the initial velocity of car 1...
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