Question #3, but it has to do with question #1 but with a reservoir elevation of 71.98 3)reservoir elevation 71.98m. How much of a reduction in flow was there when theelevation in the reservoir is reduced by over 60%? 1) A 150-mm-diameter, square-edged orifice conveys flow from a reservoir with water level at elevation 79.25m. Thecenter of the orifice is at elevation 66.10m. Find the discharge for free flow. Note: The orifice flow equation is set upalready for feet or meters.- Calculate the height of the water above the orifice.- Calculate the area of the orifice.- Assume the coefficient of discharge based on what was learned in class.- Use the appropriate equation to solve for the flow through the orifice.- Compare your answer: 0.176 m^3/s

Answer (3) We know that discharge equation for an orifice is given by Q = Cd*A*2gh where Cd is…

Answered: 3) reservoir elevation 71.98m. How much…

3) reservoir elevation 71.98m. How much of a reduction in flow was there when the elevation in the reservoir is reduced by over 60%?

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Storm Sewers and Detention

The storm drains system transports rainwater or stormwater and other runoff from roads, parking lots, and roof downpipes directly to nearby creeks, rivers, or the sea without any treatment.

Question

Question #3, but it has to do with question #1 but with a reservoir elevation of 71.98

3)
reservoir elevation 71.98m. How much of a reduction in flow was there when the
elevation in the reservoir is reduced by over 60%?

1) A 150-mm-diameter, square-edged orifice conveys flow from a reservoir with water level at elevation 79.25m. The
center of the orifice is at elevation 66.10m. Find the discharge for free flow. Note: The orifice flow equation is set up
already for feet or meters.
- Calculate the height of the water above the orifice.
- Calculate the area of the orifice.
- Assume the coefficient of discharge based on what was learned in class.
- Use the appropriate equation to solve for the flow through the orifice.
- Compare your answer: 0.176 m^3/s

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