Water is flowing through a cast iron pipe at the rate of 3500 GPM. The inside diameter of the pipe is 8 in. Find the flow velocity. Choose the correct answer below and PROVIDE A COMPLETE SOLUTION: a. 1.105 m/sec b. 1.770 m/sec c. 8.365 m/sec d. 6.810 m/sec

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Q: diameter of sewer pipe 1.8m Depth of water = 1.6m Q = 2.5m/s Given: Compute the velocity.

A: The main idea here is to calculate the area of flow. Using the formula provided in the image below.

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Q: With the empirical equations below, derive for the head loss equations with respect to discharge.…

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Q: Problem A valve is provided at the end of a cast iron pipe of diameter 150 mm and of thickness 10…

A: Using formula for sudden pressure rise in pipe

Q: 837 In Fig. he fuid s ai (y=12N/m³), and the manometrfuid has s. = 0.827. Asuming no kssS, compute…

A: D1=100mm D2=50mm h=80mm

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Q: 3. A new cast-iron pipe 14 in. in diameter and 840 ft long conveys water from a reservoir and…

A: Total head loss = 4ft l(pipe length) = 840ft d (diameter) = 14" = 14/12' = 14/12*.3048m

Time and time related variables in engineering

Time is the event progression starting from past to present and then, future statistically. The time-related variable is any particular value in relation to time to assess its changes on a specified (XY) plane.