a = 50mm b = 80mm The rigid bar ABC, which is pin-supported at A, is connected to an aluminum (E = 70 GPa) cable (A = 25 mm2) at B and a shear spring at C. The shear spring is composed of a rubber (G = 0.6 MPa) pad 50x80x70 (mm) that is glued to a Valyrian steel (E = 10 GPa) plate (with dimensions 25x160x70 (mm) What value of the downward force P (in kN) will cause the rigid bar to tilt by 0.1°? Neglect the weight of the bar and horizontal deflections. nabber pad - aluminum cable Valyrian steel plate A 35 X = 3 y = 4m
a = 50mm b = 80mm The rigid bar ABC, which is pin-supported at A, is connected to an aluminum (E = 70 GPa) cable (A = 25 mm2) at B and a shear spring at C. The shear spring is composed of a rubber (G = 0.6 MPa) pad 50x80x70 (mm) that is glued to a Valyrian steel (E = 10 GPa) plate (with dimensions 25x160x70 (mm) What value of the downward force P (in kN) will cause the rigid bar to tilt by 0.1°? Neglect the weight of the bar and horizontal deflections. nabber pad - aluminum cable Valyrian steel plate A 35 X = 3 y = 4m
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Hi. PLEASE ANSWER IT ASAP FOR AN UPVOTE. I NEED IT ASAP. Thank you.
>>>Strength of Materials
![a = 50mm
b = 80mm
The rigid bar ABC, which is pin-supported at
A, is connected to an aluminum (E = 70 GPa)
cable (A = 25 mm2) at B and a shear spring at
C. The shear spring is composed of a rubber
(G = 0.6 MPa) pad 50x80x70 (mm)
that is glued to a Valyrian steel (E = 10 GPa)
plate (with dimensions 25x160x70 (mm) What
value of the downward force P (in kN) will
cause the rigid bar to tilt by 0.1°? Neglect the
weight of the bar and horizontal deflections.
nabber pad
- aluminum cable
Valyrian steel plate
A
35
X = 3
y = 4m](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F21dbef06-75be-426c-b939-1713ddad2b88%2Fa9fb733d-c3b9-4964-86da-3ffa6a7b2e12%2Fdmiy1a_processed.jpeg&w=3840&q=75)
Transcribed Image Text:a = 50mm
b = 80mm
The rigid bar ABC, which is pin-supported at
A, is connected to an aluminum (E = 70 GPa)
cable (A = 25 mm2) at B and a shear spring at
C. The shear spring is composed of a rubber
(G = 0.6 MPa) pad 50x80x70 (mm)
that is glued to a Valyrian steel (E = 10 GPa)
plate (with dimensions 25x160x70 (mm) What
value of the downward force P (in kN) will
cause the rigid bar to tilt by 0.1°? Neglect the
weight of the bar and horizontal deflections.
nabber pad
- aluminum cable
Valyrian steel plate
A
35
X = 3
y = 4m
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