A tugboat with a mass of mtug pushes a barge with a mass of mþarge SO that, starting from rest, they reach a final speed vf. Assume that gravity and the water's buoyancy cancel each other, and that we need to consider only interactions through the tug's propeller and front bumper. (a) By how much does the tugboat's momentum change? (b) How much impulse did the tugboat transfer to the barge (through the bumper)? (c) How much impulse, therefore, did the tugboat receive from the barge (through the bumper)? (d) How much impulse did the propeller transfer to the tugboat? (e) Evaluate your result from part (d) for mtug [Aptug] m/s. = 2.0 × 10° kg, mbarge = 8.0 x 10° kg and vf = 2.0 2.5 m/s you should find Check: For Mtug 2.3 x 106 kg m/s. = 2.2 x 10° kg, mþarge = 7.0 × 105 kg and Vf %3D prop

A tugboat with a mass of mtug pushes a barge with a mass of mþarge SO that, starting from rest, they reach a final speed vf. Assume that gravity and the water's buoyancy cancel each other, and that we need to consider only interactions through the tug's propeller and front bumper. (a) By how much does the tugboat's momentum change? (b) How much impulse did the tugboat transfer to the barge (through the bumper)? (c) How much impulse, therefore, did the tugboat receive from the barge (through the bumper)? (d) How much impulse did the propeller transfer to the tugboat? (e) Evaluate your result from part (d) for mtug [Aptug] m/s. = 2.0 × 10° kg, mbarge = 8.0 x 10° kg and vf = 2.0 2.5 m/s you should find Check: For Mtug 2.3 x 106 kg m/s. = 2.2 x 10° kg, mþarge = 7.0 × 105 kg and Vf %3D prop

Similar questions

Consider the two pucks shown in the figure. As they move towards each other, the momentum of each puck is equal in magnitude and opposite in direction. Given that v; oreen = 12.0 m/s, and mblue is 25.0% greater than mareen, what are the final speeds of each puck (in m/s), if - the kinetic energy of the system is converted to internal energy? 30.0 30.0 Vgreen m/s V blue m/s
A 120 kg man is standing in the middle of a skating rink holding a 2kg ball. He suddenly throws the ball eastward at 5 m/s. What is the magnitude of his momentum afterward? Assuming frictonless between his skateboots and the ice.
A child bounces a superball on the sidewalk. The linear impulse delivered bythe sidewalk is 3.09 N· s during the 0.351 ms of contact. What is the magnitude of theaverage force exerted on the ball by the sidewalk.
A careless driver driving at 25 m/s hit a tree while fumbling with his phone. Assume the driver was in contact with the air bag for 0.22 seconds, and his upper body has 37 kg in mass, then how much average force (absolute value) does the air bag exert on the driver's upper body? Ignore gravity since the force was horizontal. Hint: use impulse and the change of momentum.
Please asap