A gardener is thinking of installing piping system for watering the plants in his garden locatednear a water reservoir. The reservoir is located at an elevation of 150 m above from the surface,as shown in figure.Pipe inlet (Sharp-edged)Water ReservoirSmooth bends (Flanged)150 mGate valve (fully opened)Pipe exit (Sharp-edged)The diameter of pipe (cast iron) is constant equal to 15 cm and total length of pipe is 180 m. It isdesirable that the exit velocity of water to the garden should not exceed 5 m/sec and water is atatmospheric pressure and temperature is 20°C. Solve the following cases:Case 1The gardener is planning to open the valve for 3 hours daily. Calculate the followings:a) How much volume of liquid can be drawn from reservoir in a day?b) How much total irreversible head loss will be occurred in the system?

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Description: A gardener is thinking of installing piping system for watering the plants in his garden locatednear a water reservoir. The reservoir is located at an elevation of 150 m above from the surface,as shown in figure.Pipe inlet (Sharp-edged)Water Reservo

Given: Diameter of the pipe (d)=15cm Length of the pipe (L)=180m Velocity of water=5m/s Solution: a)…

Engineering

Mechanical Engineering

A gardener is thinking of installing piping system for watering the plants in his garden located near a water reservoir. The reservoir is located at an elevation of 150 m above from the surface, as shown in figure. Pipe inlet (Sharp-edged) Water Reservoir Smooth bends (Flanged) 150 m Gate valve (fully opened) Pipe exit (Sharp-edged) The diameter of pipe (cast iron) is constant equal to 15 cm and total length of pipe is 180 m. I i desirable that the exit velocity of water to the garden should not exceed 5 m/sec and water is at atmospheric pressure and temperature is 20°C. Solve the following cases: Case 1 The gardener is planning to open the valve for 3 hours daily. Calculate the followings: a) How much volume of liquid can be drawn from reservoir in a day? b) How much total irreversible head loss will be occurred in the system?

A gardener is thinking of installing piping system for watering the plants in his garden located near a water reservoir. The reservoir is located at an elevation of 150 m above from the surface, as shown in figure. Pipe inlet (Sharp-edged) Water Reservoir Smooth bends (Flanged) 150 m Gate valve (fully opened) Pipe exit (Sharp-edged) The diameter of pipe (cast iron) is constant equal to 15 cm and total length of pipe is 180 m. I i desirable that the exit velocity of water to the garden should not exceed 5 m/sec and water is at atmospheric pressure and temperature is 20°C. Solve the following cases: Case 1 The gardener is planning to open the valve for 3 hours daily. Calculate the followings: a) How much volume of liquid can be drawn from reservoir in a day? b) How much total irreversible head loss will be occurred in the system?

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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