The figure shows a pump drawing water from the reservoir and discharging it into the air at point B. The pressure at point A in the suction pipe is vacuum of 10 in-Hg and the discharge is 3 cubic feet...


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The figure shows a pump drawing water from the reservoir and discharging it into the air at point B. The pressure at<br>point A in the suction pipe is vacuum of 10 in-Hg and the discharge is 3 cubic feet per second. Determine the total heat<br>at Point A and at Point B with respect to a datum at the base of the reservoir.<br>Ans. HA = 14. 14 ft, HB = 81.15 ft<br>10-in-diameter<br>8-in-diameter<br>suction pipe<br>discharge pipe<br>40 ft<br>Pump<br>15 ft<br>25 ft<br>

Extracted text: The figure shows a pump drawing water from the reservoir and discharging it into the air at point B. The pressure at point A in the suction pipe is vacuum of 10 in-Hg and the discharge is 3 cubic feet per second. Determine the total heat at Point A and at Point B with respect to a datum at the base of the reservoir. Ans. HA = 14. 14 ft, HB = 81.15 ft 10-in-diameter 8-in-diameter suction pipe discharge pipe 40 ft Pump 15 ft 25 ft

Jun 11, 2022
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