- #1
TsuinRyu
- 6
- 0
Hi, so I am trying to calculate the maximum height that would be achieved in a cylinder and have been give only the flow rate.
View attachment Flow data.xls
The cylinder itself is a simple straight sided cylinder, the opening at the top has a diameter of 5cm and the hole at the bottom has a diameter of 0.5cm
http://imageshack.us/photo/my-images/407/pic1ub8.jpg/
I believe that I need to calculate the rate at which the liquid escapes from the small hole, and the point at which flow in = flow out will result in maximum height. But I am unable to work out how to apply this to the data I have? I also am not sure how to apply Bernoulli's equation to this.
Any help is appreciated
Thank you
View attachment Flow data.xls
The cylinder itself is a simple straight sided cylinder, the opening at the top has a diameter of 5cm and the hole at the bottom has a diameter of 0.5cm
http://imageshack.us/photo/my-images/407/pic1ub8.jpg/
I believe that I need to calculate the rate at which the liquid escapes from the small hole, and the point at which flow in = flow out will result in maximum height. But I am unable to work out how to apply this to the data I have? I also am not sure how to apply Bernoulli's equation to this.
Any help is appreciated
Thank you