Q1/ A compressor has three inline pistons of mass 40x10 mg, with a crank radius of 0.04 m and ratio n of 4. the crank is equally space in angle and positioned as show. Determine the primary and secondary force and turning moment about the reference plane X when it revolves at 8.33×10 -3 rad/h. KI 120 120 K2 1200 K3 K4 K1= 5 cm, K3= 150mm, K2= 0.1 m, K4= 50 mm

Q1/ A compressor has three inline pistons of mass 40x10 mg, with a crank radius of 0.04 m and ratio n of 4. the crank is equally space in angle and positioned as show. Determine the primary and secondary force and turning moment about the reference plane X when it revolves at 8.33×10 -3 rad/h. KI 120 120 K2 1200 K3 K4 K1= 5 cm, K3= 150mm, K2= 0.1 m, K4= 50 mm

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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Q1/ A compressor has three inline pistons of mass 40x 104 mg, with a crank radius of 0.04 m and ratio n of 4. the crank is equally space in angle and positioned as show. Determine the primary and secondary force and turning moment about the reference plane X when it revolves at 8.33x10 3 rad/h. KI 120° 120° K2 120° K3 KI= 5 cm. K3= 150mm, K= 0.1 m, K4= 50 mm
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