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Prob. 4.3-10. The solid circular shaft of diameter d in Fig. P4.3-10a has a twist rate of dø/dx = 0, under the action of the torque T. If the solid shaft is replaced by a tubular shaft with a ratio of outside diameter to inside diameter of d/d, 1.2 but weighing the same as the solid shaft (Fig. P4.3-10b), by what percentage would the torque have to be increased in order to produce the same twist rate 6, in the tubular shaft? (a) To

Prob. 4.3-10. The solid circular shaft of diameter d in Fig. P4.3-10a has a twist rate of dø/dx = 0, under the action of the torque T. If the solid shaft is replaced by a tubular shaft with a ratio of outside diameter to inside diameter of d/d, 1.2 but weighing the same as the solid shaft (Fig. P4.3-10b), by what percentage would the torque have to be increased in order to produce the same twist rate 6, in the tubular shaft? (a) To

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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Prob. 4.3-10. The solid circular shaft of diameter d in Fig. P4.3-10a has a twist rate of dø/dx e, under the action of the torque T. If the solid shaft is replaced by a tubular shaft with a ratio of outside diameter to inside diameter of d/d, = 1.2 but weighing the same as the solid shaft (Fig. P4.3-10b), by what percentage would the torque have to be increased in order to produce the same twist rate 6, in the tubular shaft? (a) Ta P4.3-9 and P4.3-10 (b)
Transcribed Image Text:Prob. 4.3-10. The solid circular shaft of diameter d in Fig. P4.3-10a has a twist rate of dø/dx e, under the action of the torque T. If the solid shaft is replaced by a tubular shaft with a ratio of outside diameter to inside diameter of d/d, = 1.2 but weighing the same as the solid shaft (Fig. P4.3-10b), by what percentage would the torque have to be increased in order to produce the same twist rate 6, in the tubular shaft? (a) Ta P4.3-9 and P4.3-10 (b)
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