Due to three forces F₁, F2 and F3 applied perpendicular a beam is displaced, as indicated in the figure. The relationship between the applied forces and the displacements can be expressed as У1 Y₂ = K Y3 11 7 9 11 16 11 7 11 9 F₁ F₂ F3/ with K = 1³ 768 E I . For the three forces applied, F₁ = 2000 N, F₂: 4000 N and F3 = 3000 N, determine the displacements y₁, Y2 and y3. Assume a beam length I = 1 m, and the product E•l = 5.10¹0 N/mm². ||

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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y
1/4
F₁
X1
(У1
Y₂
Y₁
1/4
F2
X2
1
Matrix and Determinants
Displacement y = y(x)
9
11
:) = *- ( ²17 1/4
3
7
11
1/4
Y₂ Уз
F3
X3
1
7
K 11 16 11 F₂
F
Due to three forces F₁, F2 and F3 applied
perpendicular a beam is displaced, as indicated in
1/4
the figure. The relationship between the applied
forces and the displacements can be expressed as
X
with K =
=
[³
768 E I
For the three forces applied, F₁ = 2000 N, F₂ =
4000 N and F3 = 3000 N, determine the
displacements y₁, Y2 and y3. Assume a beam
length | = 1 m, and the product E-I = 5.10¹0
N/mm².
Use for your calculations two decimal places and
state your result as a vector including units.
Transcribed Image Text:y 1/4 F₁ X1 (У1 Y₂ Y₁ 1/4 F2 X2 1 Matrix and Determinants Displacement y = y(x) 9 11 :) = *- ( ²17 1/4 3 7 11 1/4 Y₂ Уз F3 X3 1 7 K 11 16 11 F₂ F Due to three forces F₁, F2 and F3 applied perpendicular a beam is displaced, as indicated in 1/4 the figure. The relationship between the applied forces and the displacements can be expressed as X with K = = [³ 768 E I For the three forces applied, F₁ = 2000 N, F₂ = 4000 N and F3 = 3000 N, determine the displacements y₁, Y2 and y3. Assume a beam length | = 1 m, and the product E-I = 5.10¹0 N/mm². Use for your calculations two decimal places and state your result as a vector including units.
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