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Answer :
Final answer:
The estimated shaft speed for a hydraulic motor with a 4.4 cir displacement and 11.6 gal/min flow rate is approximately 601.27 rev/min.
Explanation:
The student is asking about the relationship between flow rate, displacement and rotational speed in a hydraulic motor system. To find the shaft speed in revolutions per minute (rev/min), you can use the formula:
Shaft Speed (rev/min) = (Flow Rate (gal/min) \/ Displacement (cir)) * 231
Where 231 is the conversion factor from cubic inches to gallons, since there are 231 cubic inches in a gallon. Using the given values:
Shaft Speed (rev/min) = (11.6 gal/min \/ 4.4 cir) * 231 = (2645.6 cir/min) \/ 4.4 cir ~ 601.27 rev/min.
The estimated shaft speed for the hydraulic motor with a displacement of 4.4 cubic inches per revolution (cir) and a flow rate of 11.6 gallons per minute (ga/min) is approximately 601.27 revolutions per minute (rev/min).
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