Water from a large reservoirs flows through a pipeline, 1.8 km long and discharges into a service... 1 answer below » Problem 3 (20 points) Water from a large reservoirs flows through a pipeline, 1.8 km long and discharges into a service tank. The first 600 the pipeline is 300 mm in diameter and the remainder is 150 mm in diameter Calculate the discharge when the difference in water level between the two reservoirs is 25 m. a friction factor for both the pipes of 0.04. Draw the HGL and the EGL. Water from a large reservoirs flows through a pipeline, 1.8 km long and discharges into a service tank. The first 600 m of the pipeline is 300 mm in diameter and the remainder is 150 mm in diameter. Calculate the discharge when the difference in water level between the two reservoirs is 25 m. Assume a friction factor for both the pipes of 0.04. Draw the HGL and the EGL.

 

Water from a large reservoirs flows through a pipeline, 1.8 km long and discharges into a service...1 answer below »

Water from a large reservoirs flows through a pipeline, 1.8 km long and discharges into a service tank. The first 600 m of the pipeline is 300 mm in diameter and the remainder is 150 mm in diameter. Calculate the discharge when the difference in water level between the two reservoirs is 25 m. Assume a friction factor for both the pipes of 0.04. Draw the HGL and the EGL.