A wooden post has cross section bx b of length L with allowable compressive stress parallel to grain p(all) = = MPa. It carries a concentrated load P as a short column class 1. Find the maximum allowable load P (in Newton with 2 decimals) and the maximum allowable length L b = 106 mm p = 9.00 MPa P P P+ Top View 700mm 100mm O O Side View 100mm 200mm P
A wooden post has cross section bx b of length L with allowable compressive stress parallel to grain p(all) = = MPa. It carries a concentrated load P as a short column class 1. Find the maximum allowable load P (in Newton with 2 decimals) and the maximum allowable length L b = 106 mm p = 9.00 MPa P P P+ Top View 700mm 100mm O O Side View 100mm 200mm P
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![A wooden post has cross section b x b of length L with allowable compressive stress parallel to
grain p(all) =
maximum allowable load P (in Newton with 2 decimals) and the maximum allowable length L
MPa. It carries a concentrated load P as a short column class 1. Find the
b = 106 mm
p = 9.00 MPa
Top View
700mm
P
100mm
100mm
P
200mm
Side View](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F9de751ce-d0b4-477e-8168-a98ebf0c920e%2Fa381b5f1-166b-4159-bc42-88895673c0db%2Fkzz3ajg_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A wooden post has cross section b x b of length L with allowable compressive stress parallel to
grain p(all) =
maximum allowable load P (in Newton with 2 decimals) and the maximum allowable length L
MPa. It carries a concentrated load P as a short column class 1. Find the
b = 106 mm
p = 9.00 MPa
Top View
700mm
P
100mm
100mm
P
200mm
Side View
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