A force P of magnitude 1,100 N is applied to the pedal shown satisfies a shearing stress in the pin is 42 MPa. a. Determine the reaction (in N) at the hinge at C. b. Determine the diameter of the pin at C in mm. c. Determine the corresponding bearing stress in the pedal at C in MPa. d. Determine the corresponding bearing stress in each support bracket at C in MPa. 9 mm H 5 mm C 75 mm 125 mm B 300 mm PI D

A force P of magnitude 1,100 N is applied to the pedal shown satisfies a shearing stress in the pin is 42 MPa. a. Determine the reaction (in N) at the hinge at C. b. Determine the diameter of the pin at C in mm. c. Determine the corresponding bearing stress in the pedal at C in MPa. d. Determine the corresponding bearing stress in each support bracket at C in MPa. 9 mm H 5 mm C 75 mm 125 mm B 300 mm PI D

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Concept explainers

Laws of Equilibrium

A body is said to be in equilibrium if the system of forces acting on the body tends to keep the body at rest, in other words, there is no translation motion or net torque on the body. Under such conditions, the equilibrium conditions are to be applied to analyze the condition. The branch of mechanics that deals with this condition is known as 'statics'. Under equilibrium, there are no net forces on the body.

Question

A force P of magnitude 1,100 N is applied to the
pedal shown satisfies a shearing stress in the pin is
42 MPa.
a. Determine the reaction (in N) at the hinge at C.
b. Determine the diameter of the pin at C in mm.
c. Determine the corresponding bearing stress in
the pedal at C in MPa.
d. Determine the corresponding bearing stress in
each support bracket at C in MPa.
9 mm
H
C
5 mm
A
75 mm
125 mm
B
300 mm
D

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