PROBLEM: 1.Power is to be transmitted from one shaft to another which is parallel. The shafts are 9 inches apart and are to rotate in the same direction with angular velocityratio of 1.5. Determine the diameters of rolling cylinder analytically. Draw the cylinders with a scale of your choice.2. Power is to be transmitted by means of two rolling cones whose shafts intersect at 37degrees. The shafts are to rotate in same directions, with an angularvelocity ratio of 2.5. The maximum diameter of the larger cone is to be 105 mm. Determine a. graphically the cone angles ya and angles y: and the maximumdiameter of the smaller cone. Use 1:1 scale. b. Determine analytically the cone angle (1) Vz and angle (2) ys and the (3) maximum diameter of the smallercone. Use a scale of 1:1.P, P302R303Graphical:deg.Graphical.deg.EXTERNAL AND INTERNAL CYLINDERSScale:D: Graphical:INTERNAL & EXTERNAL CONESScale: 1:1Calculations:Calculations for item b.2

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1.Power is to be transmitted from one shaft to another which is parallel. The shafts are 9 inches apart and are to rotate in the same direction with angular velocity ratio of 1.5. Determine the diameters of rolling cylinder analytically. Draw the cylinders with a scale of your choice.

1.Power is to be transmitted from one shaft to another which is parallel. The shafts are 9 inches apart and are to rotate in the same direction with angular velocity ratio of 1.5. Determine the diameters of rolling cylinder analytically. Draw the cylinders with a scale of your choice.

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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