25362, So, the froce acting on the vertical wall is
F = PoWH + ½ ? gWH^2
It makes sense the forces acting on the wall is based upon the width and the depth of water. The deeper it gets. The pressure will be found. Then, the forces acting on the wall are higher.
But, did you integrate the...
It's my first time to post a topic. I greatly appreciate the instant help from everybody. I guess I have to dig in to do some more math now. Thank you very much!
I have to build a water tank with the dimension of 20 ft by 10ft and it holds up to 5 feet of water. I am trying to optimize my design and things like that. I would like to see if there's any equations to help me figure out the water pressure acting on the walls of my tank. Thanks
