A 10.0 kg object, initially at rest, has two forces acting on it. There is a...

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A 10.0 kg object, initially at rest, has two forces acting on it. There is a force of 50.0 N to the left and a force of 30.0 N to the right. Calculate the following. MAKE SURE TO INCLUDE PROPER UNITS IN EACH OF YOUR ANSWERS! a. the velocity of the object exactly 8.00 seconds after it is released from rest. b. the kinetic energy of the object exactly 8.00 seconds after it is released from rest. b. the total net impulse applied to the object over those 8.00 seconds c. the final momentum of the object after those 8.00 seconds A 10.0 kg object, initially at rest, has two forces acting on it. There is a force of 50.0 N to the left and a force of 30.0 N to the right. Calculate the following. MAKE SURE TO INCLUDE PROPER UNITS IN EACH OF YOUR ANSWERS! a. the velocity of the object exactly 8.00 seconds after it is released from rest. b. the kinetic energy of the object exactly 8.00 seconds after it is released from rest. b. the total net impulse applied to the object over those 8.00 seconds c. the final momentum of the object after those 8.00 seconds