For the square footing shown below, B = 10 ft, qmax = 5 ksf and qmin = 1 ksf. a. Determine the value of the resultant force, R b. Determine the values of the applied load, P, and moment, M c. Calculate the eccentricity of the resultant, e, relative to the center of the footing 40 max. R B e 1=(√)[¹+/ q= M SQUARE FOOTING min R = 52/14 (10) R = 30

Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
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For the square footing shown below, B = 10 ft, qmax = 5 ksf and qmin = 1 ksf.
a. Determine the value of the resultant force, R
b. Determine the values of the applied load, P, and moment, M
c. Calculate the eccentricity of the resultant, e, relative to the center of the footing
max.
2Fy=0
R
al
B
q=
M
(₁)[¹+
6e1
SQUARE
FOOTING
& min.
R = 521 (10)
R=30
Transcribed Image Text:For the square footing shown below, B = 10 ft, qmax = 5 ksf and qmin = 1 ksf. a. Determine the value of the resultant force, R b. Determine the values of the applied load, P, and moment, M c. Calculate the eccentricity of the resultant, e, relative to the center of the footing max. 2Fy=0 R al B q= M (₁)[¹+ 6e1 SQUARE FOOTING & min. R = 521 (10) R=30
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