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2.3 A two stages, single acting air compressor compresses air to 20bar. The air enters the L.P cylinder at 1bar and 27°c and leaves it at 4.7bar. The air enters the H.P. cylinder at 4.5bar and 27°c. the size of the L.P cylinder is 400mm diameter and 500mm stroke. The clearance volume in both cylinder is 4% of the respective stroke volume. The compressor runs at 200rpm, taking index of compression and expansion in the two cylinders as 1.3. Determine 2.3.1 the indicated power required to run the compressor.

2.3 A two stages, single acting air compressor compresses air to 20bar. The air enters the L.P cylinder at 1bar and 27°c and leaves it at 4.7bar. The air enters the H.P. cylinder at 4.5bar and 27°c. the size of the L.P cylinder is 400mm diameter and 500mm stroke. The clearance volume in both cylinder is 4% of the respective stroke volume. The compressor runs at 200rpm, taking index of compression and expansion in the two cylinders as 1.3. Determine 2.3.1 the indicated power required to run the compressor.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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2.3 A two stages, single acting air compressor compresses air to 20bar. The air enters the L.P cylinder at 1bar and 27°c and leaves it at 4.7bar. The air enters the H.P. cylinder at 4.5bar and 27°c. the size of the L.P cylinder is 400mm diameter and 500mm stroke. The clearance volume in both cylinder is 4% of the respective stroke volume. The compressor runs at 200rpm, taking index of compression and expansion in the two cylinders as 1.3. Determine 2.3.1 the indicated power required to run the compressor.
Transcribed Image Text:2.3 A two stages, single acting air compressor compresses air to 20bar. The air enters the L.P cylinder at 1bar and 27°c and leaves it at 4.7bar. The air enters the H.P. cylinder at 4.5bar and 27°c. the size of the L.P cylinder is 400mm diameter and 500mm stroke. The clearance volume in both cylinder is 4% of the respective stroke volume. The compressor runs at 200rpm, taking index of compression and expansion in the two cylinders as 1.3. Determine 2.3.1 the indicated power required to run the compressor.
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