Inputs: ● ● ● ● F₁ = 9 KN F₂= 2 KN 0 = 30° a = 3 m b=1m At what distance "d" must the resultant force be located in order for the two systems to be equivalent? a F₁ d b F₂ R
Inputs: ● ● ● ● F₁ = 9 KN F₂= 2 KN 0 = 30° a = 3 m b=1m At what distance "d" must the resultant force be located in order for the two systems to be equivalent? a F₁ d b F₂ R
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Transcribed Image Text:Problem 7:
Inputs:
●
●
●
●
F₁ = 9 KN
F₂= 2 KN
0 = 30°
a = 3 m
b=1m
At what distance "d" must the resultant
force be located in order for the two
systems to be equivalent?
a
F₁
d
F₂
R
Expert Solution

Step 1: Introduction
Given data,
F1 = 9 KN
F2 = 2 KN
θ = 30°
a = 3 m
b = 1m
To determine the distance d, for resultant R to be q=equivalent to the two systems of forces.
Using the concept that equivalence needs to be considered in terms of load and moment both.
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