Homework 3: Load Calculations Using the section below, determine the following: a. The service dead load in psf supported by the slab b. The factored total uniform load in psf supported by the slab. Assume floor live load of 100 psf. 0.01 Note: Partitions Mech/Elec. Susp. Ceiling - 20 psf - 20 psf 2 psf Block 1/2" lightweight floor finish=4psf 1'-0" 18'-0" (TYP.) ་ ་ Slab Span Brick 1-0 Cont. brick support at each floor
Homework 3: Load Calculations Using the section below, determine the following: a. The service dead load in psf supported by the slab b. The factored total uniform load in psf supported by the slab. Assume floor live load of 100 psf. 0.01 Note: Partitions Mech/Elec. Susp. Ceiling - 20 psf - 20 psf 2 psf Block 1/2" lightweight floor finish=4psf 1'-0" 18'-0" (TYP.) ་ ་ Slab Span Brick 1-0 Cont. brick support at each floor
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Question

Transcribed Image Text:Homework 3: Load Calculations
Using the section below, determine the following:
a. The service dead load in psf supported by the slab
b. The factored total uniform load in psf supported by the slab.
Assume
floor live load of 100 psf.
0.01
Note:
Partitions
Mech/Elec.
Susp. Ceiling
- 20 psf
- 20 psf
2 psf
Block
1/2" lightweight
floor finish=4psf
1'-0"
18'-0" (TYP.)
་ ་
Slab Span
Brick
1-0
Cont. brick
support at
each floor
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