A horizontal load P is applied to an assembly consisting of two inclined bars, as shown in the figure. The cross-sectional area of bar (1) is 1.30 in.2, and the cross-sectional area of bar (2) is 1.75 in.2. The normal stress in either bar may not exceed 24 ksi. Determine the maximum load P that may be applied to this assembly. Assume dimensions of a=14.5 ft, b=9.0 ft, and c=14.5 ft. Make a new assumption for the maximum load case, referred to as “Load Case B”, in which the force in member (2) will control the capacity of the two-bar assembly. For this assumption, which may or may not be correct, the force in member (2) is F2,B=F2, allow. Enter the value of the force in member 1 for Load Case B. Make an assumption for the maximum load case, referred to as"Load Case A", in which the force in member (1) will control thecapacity of the two-bar assembly. For this assumption, which mayor may not be correct, the force in member (1) is F1,A = F1, allow -Enter the value of the force in member 2 for Load Case A.F2A =ikips A horizontal load P is applied to an assembly consisting of twoinclined bars, as shown in the figure. The cross-sectional area of bar(1) is 1.30 in.?, and the cross-sectional area of bar (2) is 1.75 in.?. Thenormal stress in either bar may not exceed 24 ksi. Determine themaximum load P that may be applied to this assembly. Assumedimensions of a = 14.5 ft, b = 9.0 ft, and c = 14.5 ft.(1)aBPb(2)

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Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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A horizontal load P is applied to an assembly consisting of two inclined bars, as shown in the figure. The cross-sectional area of bar (1) is 1.30 in.2, and the cross-sectional area of bar (2) is 1.75 in.2. The normal stress in either bar may not exceed 24 ksi. Determine the maximum load P that may be applied to this assembly. Assume dimensions of a=14.5 ft, b=9.0 ft, and c=14.5 ft.

Make a new assumption for the maximum load case, referred to as “Load Case B”, in which the force in member (2) will control the capacity of the two-bar assembly. For this assumption, which may or may not be correct, the force in member (2) is F2,B=F2, allow. Enter the value of the force in member 1 for Load Case B.

Make an assumption for the maximum load case, referred to as
"Load Case A", in which the force in member (1) will control the
capacity of the two-bar assembly. For this assumption, which may
or may not be correct, the force in member (1) is F1,A = F1, allow -
Enter the value of the force in member 2 for Load Case A.
F2A =
i
kips

A horizontal load P is applied to an assembly consisting of two
inclined bars, as shown in the figure. The cross-sectional area of bar
(1) is 1.30 in.?, and the cross-sectional area of bar (2) is 1.75 in.?. The
normal stress in either bar may not exceed 24 ksi. Determine the
maximum load P that may be applied to this assembly. Assume
dimensions of a = 14.5 ft, b = 9.0 ft, and c = 14.5 ft.
(1)
a
B
P
b
(2)

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