- #1
sceptic
- 10
- 0
Hi, I wonder I cannot solve the following simple problem. I really don't know what kind of equations are relevant.
Imagine a rectangular tank, with vertical walls containing some water. The surface area is big. The wall of the tank is movable without friction, and its mass is negligible. All sides of the tank are fixed except one, and we push that movable wall perpendicular with force F. How can we describe the motion of the wall?
Imagine a rectangular tank, with vertical walls containing some water. The surface area is big. The wall of the tank is movable without friction, and its mass is negligible. All sides of the tank are fixed except one, and we push that movable wall perpendicular with force F. How can we describe the motion of the wall?