- #1
MrDickinson
- 36
- 0
m1 is the large cruise ship
m2 is the tug boat
The question doesn't state it explicitly, but I assume that both masses are undergoing acceleration because the tug boat is experiencing a change in velocity. I assume the system accelerates uniformly, and I assume that m1 and m2 accelerate together and experience the same Δv/Δt.
Here, the tug boat is causing the large ship to accelerate; therefore, my reasoning is that the force exerted by the tug boat on the cruise ship must be greater than the force exerted by the cruise ship on the tug boat.
Apparently, I am wrong.
Can someone please explain this to me, with equations and free-body-diagrams if possible. Please include a verbal explanation of your reasoning as well, if possible.
Thanks
m2 is the tug boat
The question doesn't state it explicitly, but I assume that both masses are undergoing acceleration because the tug boat is experiencing a change in velocity. I assume the system accelerates uniformly, and I assume that m1 and m2 accelerate together and experience the same Δv/Δt.
Here, the tug boat is causing the large ship to accelerate; therefore, my reasoning is that the force exerted by the tug boat on the cruise ship must be greater than the force exerted by the cruise ship on the tug boat.
Apparently, I am wrong.
Can someone please explain this to me, with equations and free-body-diagrams if possible. Please include a verbal explanation of your reasoning as well, if possible.
Thanks