A simply supported southern pine timber beam must resist two concentrated loads symmetrically placed about its center. The span length (L) is 8 ft. The magnitude of the concentrated load (P) is 4.1 kips. The distance a from support to load is 2 ft. The maximum deflection (Amax) is not to exceed L/480. What is the required section modulus (Sx)? You may neglect the self-weight of the beam
A simply supported southern pine timber beam must resist two concentrated loads symmetrically placed about its center. The span length (L) is 8 ft. The magnitude of the concentrated load (P) is 4.1 kips. The distance a from support to load is 2 ft. The maximum deflection (Amax) is not to exceed L/480. What is the required section modulus (Sx)? You may neglect the self-weight of the beam
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A simply supported southern pine timber beam
must resist two concentrated loads
symmetrically placed about its center.
The span length (L) is 8 ft.
The magnitude of the concentrated load (P) is
4.1 kips.
The distance a from support to load is 2 ft.
The maximum deflection (Amax) is not to
exceed L/480.
What is the required section modulus (Sx)?
You may neglect the self-weight of the beam
What is the required section modulus (Sx)?
You may neglect the self-weight of the beam.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fe60ccc84-bcca-46ba-a7fc-4dacad5d53d7%2Fbc5e4a79-2855-43b0-888b-73e1aff0704c%2Fkoxf9ug_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A simply supported southern pine timber beam
must resist two concentrated loads
symmetrically placed about its center.
The span length (L) is 8 ft.
The magnitude of the concentrated load (P) is
4.1 kips.
The distance a from support to load is 2 ft.
The maximum deflection (Amax) is not to
exceed L/480.
What is the required section modulus (Sx)?
You may neglect the self-weight of the beam
What is the required section modulus (Sx)?
You may neglect the self-weight of the beam.
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