Given truss shown, P = 50 kN. The tensile Oallow = 140 %3D MPa, and the compressive oallow = -85 MPa. If the truss is to support a maximum load P (as given). shear, pin at B is in single shear allow = 140 MPa, pin at A is in double Determine the required Area of the members AB, BC and AC if the Oallowable of the members is 135 MPa. -450 mm B
Given truss shown, P = 50 kN. The tensile Oallow = 140 %3D MPa, and the compressive oallow = -85 MPa. If the truss is to support a maximum load P (as given). shear, pin at B is in single shear allow = 140 MPa, pin at A is in double Determine the required Area of the members AB, BC and AC if the Oallowable of the members is 135 MPa. -450 mm B
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Given truss shown, P
50 kN. The tensile oallow
140
MPa, and the compressive Oallow = -85 MPa. If the truss is to support a
maximum load P (as given).
shear, pin at B is in single shear
%3D
= 140 MPa, pin at A is in double
allow
Determine the required Area of the members AB, BC and AC if
the Oallowable of the members is 135 MPa.
- 450 mm→
B
(3)
600 mm
(1)
1200 mm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F7ef6b65f-5d8d-4b0b-a686-ecf7b6a89a1b%2Fb681b58d-0f02-4333-80b4-d4bfdea559d4%2Fxoexerm_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Given truss shown, P
50 kN. The tensile oallow
140
MPa, and the compressive Oallow = -85 MPa. If the truss is to support a
maximum load P (as given).
shear, pin at B is in single shear
%3D
= 140 MPa, pin at A is in double
allow
Determine the required Area of the members AB, BC and AC if
the Oallowable of the members is 135 MPa.
- 450 mm→
B
(3)
600 mm
(1)
1200 mm
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