A motorcycle's clutch hand lever is designed to receive a load from the rider's finger of 50 N at the location shown by the picture below. The lever pulls a wire to activate the clutch. The wire made of steel having allowable yield strength of 110 Mpa. The pivot is supported by M6 bolt (major diameter of 6 mm). Determine: a. the diameter of wire b. the shear stress on the bolt, assuming that the bolt is experiencing double shear load.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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A motorcycle's clutch hand lever is designed to receive a load from the rider's finger of 50 N at the location shown by the picture below. The lever pulls a wire to activate the clutch. The wire made of steel having allowable yield strength of 110 Mpa. The pivot is supported by M6 bolt (major diameter of 6 mm). Determine: a. the diameter of wire b. the shear stress on the bolt, assuming that the bolt is experiencing double shear load.
Problem 2:
A motorcycle's clutch hand lever is designed to receive a load from the rider's
finger of 50 N at the location shown by the picture below. The lever pulls a
wire to activate the clutch. The wire made of steel having allowable yield
strength of 110 Mpa. The pivot is supported by M6 bolt (major diameter of 6
mm).
Determine:
a. the diameter of wire
b.
the shear stress on the bolt, assuming that the bolt is experiencing
double shear load.
50 N
120 mm
30 mm
Wire to Clutch
Bolt M6
Transcribed Image Text:Problem 2: A motorcycle's clutch hand lever is designed to receive a load from the rider's finger of 50 N at the location shown by the picture below. The lever pulls a wire to activate the clutch. The wire made of steel having allowable yield strength of 110 Mpa. The pivot is supported by M6 bolt (major diameter of 6 mm). Determine: a. the diameter of wire b. the shear stress on the bolt, assuming that the bolt is experiencing double shear load. 50 N 120 mm 30 mm Wire to Clutch Bolt M6
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