I understand much better now, thanks for the input!
However, I have a question pertaining to the depths of the holes. How would I correctly represent them relative to the surface of the water rather than the ground?
Hey guys, I've got a pressure problem that I've been stuck on for a while now and was just wondering if somebody could give me some guidance in solving it. The problem is as follows:
"A water tank open to the atmosphere at the top has two small holes punched in its side, one above the other...
The Problem:
Part 1) A ship cruises forward at {v}_{s} = 3 m/s relative to the water. On deck, a man walks diagonally toward the bow such that his path forms an angle \theta = 22 degrees with a line perpendicular to the boat's direction of motion. He walks at {v}_{m} = 4 m/s relative to...