Power is to be transmitted from one shaft to the other by means if two rolling cones whose shafts intersect at 37 degrees. The shafts are to rotate in same directions with an angular velocity ratio of 2.5. The maximum diameter of the larger cone is to be 105 mm. Determine the cone angles and the maximum diameter of the smaller cone. FIGURE SOLUTION _degrees _degrees mm

Elements Of Electromagnetics
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ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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Power is to be transmitted from one shaft to the other by means if two rolling cones whose shafts intersect at 37 degrees. The shafts
are to rotate in same directions with an angular velocity ratio of 2.5. The maximum diameter of the larger cone is to be 105 mm.
Determine the cone angles and the maximum diameter of the smaller cone.

PROBLEM
Power is to be transmitted from one shaft to the other by means if two rolling cones whose shafts intersect at 37 degrees. The shafts
are to rotate in same directions with an angular velocity ratio of 2.5. The maximum diameter of the larger cone is to be 105 mm.
Determine the cone angles and the maximum diameter of the smaller cone.
FIGURE
SOLUTION
degrees
degrees
mm
Transcribed Image Text:PROBLEM Power is to be transmitted from one shaft to the other by means if two rolling cones whose shafts intersect at 37 degrees. The shafts are to rotate in same directions with an angular velocity ratio of 2.5. The maximum diameter of the larger cone is to be 105 mm. Determine the cone angles and the maximum diameter of the smaller cone. FIGURE SOLUTION degrees degrees mm
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