Question 1 An assembly consists of a 2-inch diameter solid aluminum rod and a 1.5 inch diameter solid aluminum rod that is pinned between two rigid walls. The circular bar is initially unstressed. An axial load (P = 5.3 kips) is placed on the solid rod assembly at Point C. 2" 3'-0" E 10,500 ksi (Modulus of Elasticity) Determine bsilqgs the magnitude of the axial reactions at the supports, Points A and C. A to Answer: Axial reaction at support A Axial reaction at support C A 2 B 1.5" 1'-6"-
Question 1 An assembly consists of a 2-inch diameter solid aluminum rod and a 1.5 inch diameter solid aluminum rod that is pinned between two rigid walls. The circular bar is initially unstressed. An axial load (P = 5.3 kips) is placed on the solid rod assembly at Point C. 2" 3'-0" E 10,500 ksi (Modulus of Elasticity) Determine bsilqgs the magnitude of the axial reactions at the supports, Points A and C. A to Answer: Axial reaction at support A Axial reaction at support C A 2 B 1.5" 1'-6"-
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Explain with FBD, what’s the axial reaction at support A & C for the problem?
Transcribed Image Text:Question 1
An assembly consists of a 2-inch diameter
solid aluminum rod and a 1.5 inch diameter
solid aluminum rod that is pinned between
two rigid walls. The circular bar is initially
unstressed.
An axial load (P = 5.3 kips) is placed on the
solid rod assembly at Point C.
2"
3'-0"
E 10,500 ksi (Modulus of Elasticity)
Determine
bsilqgs
the magnitude of the axial reactions at the supports, Points A and C.
A to Answer: Axial reaction at support A
Axial reaction at support C
A
2
B
1.5"
1'-6"-
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