Solve please, correctly Helium is to be compressed from 170kPa and 228 K to 440 kPa and 415 K.If the compressor can generate up to12.4 kW of mechanical energy, whatis the maximum volumetric flow rateof gas leaving the compressor thatwill still be at the desired exitconditions, if:a) the compressor isadiabatic? m3/s b) the compressorleaks 2 kW of heat out into thesurrounding air? m3/s

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Engineering

Mechanical Engineering

Helium is to be compre kPa and 228 K to 440 k

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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Question

Solve please, correctly

Helium is to be compressed from 170
kPa and 228 K to 440 kPa and 415 K.
If the compressor can generate up to
12.4 kW of mechanical energy, what
is the maximum volumetric flow rate
of gas leaving the compressor that
will still be at the desired exit
conditions, if:a) the compressor is
adiabatic? m3/s b) the compressor
leaks 2 kW of heat out into the
surrounding air? m3/s

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