For the hydraulic motor in the following figure, geometric volume is 10ml/r, working pressure is10MPa, speed is 1500r/min, leakage coefficiency is kı=3.5×10" *ml/Pa-s, mechanical efficiency is 0.9, calculate:1) actual input flow rate2) volumetric efficiency3) total efficiency4) theoretical power, actual output mechanical power and actual input hydraulic power5) theoretical and actual output torque 8.For the hydraulic motor in the following figure, geometric volume is 10ml/r,working pressure is10MPa, speed is 1500r/min, leakage coefficiency is kı=3.5×10'ml/Pa-s, mechanical efficiency is 0.9, calculate:1) actual input flow rate2) volumetric efficiency3) total efficiency4) theoretical power, actual output mechanical power and actual input hydraulicpower5) theoretical and actual output torqueOtC

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Answered: For the hydraulic motor in the…

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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For the hydraulic motor in the following figure, geometric volume is 10ml/r, working pressure is10MPa, speed is 1500r/min, leakage coefficiency is kı=3.5×10" *ml/Pa-s, mechanical efficiency is 0.9, calculate:

1) actual input flow rate

2) volumetric efficiency

3) total efficiency

4) theoretical power, actual output mechanical power and actual input hydraulic power

5) theoretical and actual output torque

8.
For the hydraulic motor in the following figure, geometric volume is 10ml/r,
working pressure is10MPa, speed is 1500r/min, leakage coefficiency is kı=3.5×10
'ml/Pa-s, mechanical efficiency is 0.9, calculate:
1) actual input flow rate
2) volumetric efficiency
3) total efficiency
4) theoretical power, actual output mechanical power and actual input hydraulic
power
5) theoretical and actual output torque
OtC

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