2. Refer to Sketch #2 and assume a 250 #/SF design load on the decking (plywood) a. Determine linear load (w) on a 12” strip of plywood between the joist (plf) b. With a joist spacing of 18”, determine the linear load (w) on a single interior joist (plf) c. Determine the linear load (w) on one of the
2. Refer to Sketch #2 and assume a 250 #/SF design load on the decking (plywood) a. Determine linear load (w) on a 12” strip of plywood between the joist (plf) b. With a joist spacing of 18”, determine the linear load (w) on a single interior joist (plf) c. Determine the linear load (w) on one of the
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
Related questions
Question
2. Refer to Sketch #2 and assume a 250 #/SF design load on the decking
(plywood)
a. Determine linear load (w) on a 12” strip of plywood between the joist (plf)
b. With a joist spacing of 18”, determine the linear load (w) on a single interior joist (plf)
c. Determine the linear load (w) on one of the beams spanning column to column
d. Determine the load (P) on one of the columns.
Transcribed Image Text:Prwb Set I
sketches
FH
WIND
FerCE
PIGR
Sketch #1
BRACED PIER
12!
Beam
JOISTS
ply mand
18"0.c.
column
(4 ea)
Beam
Pmax - 250 psf
Stetch #z
Deck
Transcribed Image Text:12.!
Beam
JOISTS.
8 ft
ply wand
18"0.c.
column
Beam
(4 ea)
Pmax = 250 psf
%3D
Ste tch #2
Deck
Expert Solution
Step 1
Given data
Load on plywood decking =250psf
a.)
The expression for linear load on 12'' wide strip of plywood is given as
Substitute the value in above expression
Therefore linear load on 12'' wide strip of plywood is 250lb/ft
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