- #1
RagincajunLA
- 19
- 0
Hey guys, its my first time posting and i really need some help with a problem.
I have an experiment of a graduated cylinder with a hole at the bottom of it. I basically need to model a differential equation to give the volume of water in the cylinder at any given time. I am not allowed to directly use torriciellis law or bernoullis principal, but i can show the derivation of them for the answer.
A few key measurements that are needed are:
Initial Volume = 1000cm^3 = .001m^3
radius of outlet=.0018m
radius of cylinder = .031m
Initial height of water = .36m
All help would be appreciated, I am really stuck and have been at this for hours :/
I have an experiment of a graduated cylinder with a hole at the bottom of it. I basically need to model a differential equation to give the volume of water in the cylinder at any given time. I am not allowed to directly use torriciellis law or bernoullis principal, but i can show the derivation of them for the answer.
A few key measurements that are needed are:
Initial Volume = 1000cm^3 = .001m^3
radius of outlet=.0018m
radius of cylinder = .031m
Initial height of water = .36m
All help would be appreciated, I am really stuck and have been at this for hours :/