Specific energy for this flow is...........
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- A 30 ft wide UV treatment tank has a serpentine weir to regulate flow depth. The forks of the weir are 1.5 ft wide by 5 ft long, with 6 forks in all. If the plant flow is 800 gpm, what is the weir loading (gpd/ft)?The discharge end of a 2.5km long distribution pipe is 15m below the surface of the reservoir. The pipe is 600mm in diameter and has a friction factor of 0.02. Compute the discharge of the pipe if minor loss is 10% of the major loss.What will be the discharge of a closed conduit 1 m in diameter if it is ¼ full and the velocity of flow in the conduit is 10 m/s? A) 0.153 m3/s B) 542 ft3/s C) 3252 ft3/min D) 405.5 gal/ min
- LABORATORY OPEN CHANNEL FLOW QUESTIONS: What happens to the value of the head loss if the discharge through the titling flume channel is increased?A pipe having a diameter of 3 m with roughness coefficient of 0.013 flows 30% of full depth. If the slope of the energy grade line is 0.0025, determine the discharge.What will be the discharge of a closed conduit 1 m in diameter if it is ¼ full and the velocity of flow in the conduit is 10 m/s?
- Determine the flow in each pipe in the 3 reservoirs shown.What happens to the theoretical discharge if the flowrate traveling through the device is increased? (FLOW OVER A RECTANGULAR WEIR)LABORATORY OPEN CHANNEL FLOW QUESTION: Describe any other conceivable elements that influence energy loss in open channel flow.
- -What happens to the theoretical discharge if the flowrate traveling through the device is increased? -How does the head passing through your weir impact the discharge coefficient? (FLOW OVER A RECTANGULAR WEIR) Need ASAP. thank you.A trapezoidal flume of most efficient proportion has a base width of 1.5m. Its full discharge is 3 m3/s. If the same material were used for the most efficient semi-circular section, what would be its radius hydraulic radius?The average hourly water consumption per person is 2.5 Liters anf there are 264 people in the area. Determine the following. a. the minimum rate of flow in L/s in the spring b. Total Daily water demand in L/day c. Determine if its daily yield is sufficient to the water demand of the community if the rate of flow of the spring is 0.182L/s d. the height of the cylinder in cm thatt the minimum discharge can fill within 300 secs. diameter of the cylinder is 10 cm