Q7:- The variation of crank shaft torque of a four cylinder engine may be approximately represented by taking the torque as zero for crank angle 0° and 180° and as 225 N.m for crank angle 20° and 45° ,the intermediate positions of the torque graph being straight lines. The cycle is repeated every half revolution. The average speed is 600 rpm. Supposing that the engine drives a machine requiring a constant torque, determine the weight of the flywheel with radius of gyration 25 cm which must be provided so that the total fluctuation of the speed shall be one percent.
Q7:- The variation of crank shaft torque of a four cylinder engine may be approximately represented by taking the torque as zero for crank angle 0° and 180° and as 225 N.m for crank angle 20° and 45° ,the intermediate positions of the torque graph being straight lines. The cycle is repeated every half revolution. The average speed is 600 rpm. Supposing that the engine drives a machine requiring a constant torque, determine the weight of the flywheel with radius of gyration 25 cm which must be provided so that the total fluctuation of the speed shall be one percent.
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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Transcribed Image Text:Q7:- The variation of crank shaft torque of a four cylinder engine may
be approximately represented by taking the torque as zero for crank
angle 0° and 180° and as 225 N.m for crank angle 20° and 45° ,the
intermediate positions of the torque graph being straight lines. The
cycle is repeated every half revolution. The average speed is 600 rpm.
Supposing that the engine drives a machine requiring a constant
torque, determine the weight of the flywheel with radius of gyration
25 cm which must be provided so that the total fluctuation of the
speed shall be one percent.
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