Hydraulics
Hydraulics
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Pc = -19. 48 ft. , po = +323 ft. ^^4. In Fig. 107 assume d" =2>in. , BC = 20 ft.. DE = 200 ft. , and z = 10 ft. The elevation of C above the water surface is 15 ft. (a) If the pressure at C is to be -25 ft. , what is the rate at which water is pumped? (6) If the efficiency of the pump is 60 per cent. , what is the power required?
Ans. (a) q = 0. 613 cu. Ft. Per sec. (6) 15 hp.
116 HYDRAULICS 5. When a certain pump is delivering 1. 0 cu. Ft. Of water per sec, the pressure gage at D (Fig. 107) re...ads 20 lb. Per sq. In. , while a vacuum gage at C reads 10 in. Of mercury. The pressure gage is 2 ft. Higher than the vacuum gage. If the diameter of the suction pipe is 4 in. And that of the discharge pipe is 3 in. , find the power delivered to the water.
Ans. 7. 23 hp.
89. Pipe Line with Turbine. — The type of machine that is usually employed for converting the energy of water into mechanical woj-k is called a turbine. In flowing from the upper body of water in Fig. 109 to the lower, the water loses its potential energy due to the elevation z.
What to read after Hydraulics?
You can find similar books in the "Read Also" column, or choose other free books by Robert L Robert Long Daugherty to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
Pc = -19. 48 ft. , po = +323 ft. ^^4. In Fig. 107 assume d" =2>in. , BC = 20 ft.. DE = 200 ft. , and z = 10 ft. The elevation of C above the water surface is 15 ft. (a) If the pressure at C is to be -25 ft. , what is the rate at which water is pumped? (6) If the efficiency of the pump is 60 per cent. , what is the power required?
Ans. (a) q = 0. 613 cu. Ft. Per sec. (6) 15 hp.
116 HYDRAULICS 5. When a certain pump is delivering 1. 0 cu. Ft. Of water per sec, the pressure gage at D (Fig. 107) re...ads 20 lb. Per sq. In. , while a vacuum gage at C reads 10 in. Of mercury. The pressure gage is 2 ft. Higher than the vacuum gage. If the diameter of the suction pipe is 4 in. And that of the discharge pipe is 3 in. , find the power delivered to the water.
Ans. 7. 23 hp.
89. Pipe Line with Turbine. — The type of machine that is usually employed for converting the energy of water into mechanical woj-k is called a turbine. In flowing from the upper body of water in Fig. 109 to the lower, the water loses its potential energy due to the elevation z.
What to read after Hydraulics?
You can find similar books in the "Read Also" column, or choose other free books by Robert L Robert Long Daugherty to read onlineMoreLess
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