18. Repeat Example 6.3 for acetone rather than water, assuming all other conditions are unchanged. EXAMPLE 6.3. A certain pump delivers 900 gpm of water from a tank at a head difference AH of 8 ft. The net positive suction head required is 10 ft. Determine where the pump inlet should be with respect to the level of water in the tank. The water surface is exposed to atmospheric pressure. Neglect frictional effects and take the water temperature to be 90°F.
18. Repeat Example 6.3 for acetone rather than water, assuming all other conditions are unchanged. EXAMPLE 6.3. A certain pump delivers 900 gpm of water from a tank at a head difference AH of 8 ft. The net positive suction head required is 10 ft. Determine where the pump inlet should be with respect to the level of water in the tank. The water surface is exposed to atmospheric pressure. Neglect frictional effects and take the water temperature to be 90°F.
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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
Transcribed Image Text:18. Repeat Example 6.3 for acetone rather than water, assuming all other conditions
are unchanged.

Transcribed Image Text:EXAMPLE 6.3. A certain pump delivers 900 gpm of water from a tank at a
head difference AH of 8 ft. The net positive suction head required is 10 ft.
Determine where the pump inlet should be with respect to the level of
water in the tank. The water surface is exposed to atmospheric pressure.
Neglect frictional effects and take the water temperature to be 90°F.
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