1) The cantilever truss is loaded with P as shown in the figure. The load P is 19.99kN. Determine the forces in members KL and CL. Determine if the forces are tension or compression. In the figure, L-7.2m, H=2.6m, and d=1.6m. Bottom cords of the truss have equal lengths (6 x 1.2m =7.2m). In the solution, use method of sections and moment equilibrium equations only! If you use other methods, you will not get any points! Cantilever Truss d G L HIJ K www FED C BA L P (Applied load on the truss) M

1) The cantilever truss is loaded with P as shown in the figure. The load P is 19.99kN. Determine the forces in members KL and CL. Determine if the forces are tension or compression. In the figure, L-7.2m, H=2.6m, and d=1.6m. Bottom cords of the truss have equal lengths (6 x 1.2m =7.2m). In the solution, use method of sections and moment equilibrium equations only! If you use other methods, you will not get any points! Cantilever Truss d G L HIJ K www FED C BA L P (Applied load on the truss) M

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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Concept explainers

Buckling of columns

The column is described as a vertical member of the structure that carries an axial compressive load, and buckling is a lateral deformation of the column under the application of load.

Question

1) The cantilever truss is loaded with P as
shown in the figure. The load P is
19.99kN. Determine the forces in
members KL and CL. Determine if the
forces are tension or compression. In the
figure, L-7.2m, H=2.6m, and d=1.6m.
Bottom cords of the truss have equal
lengths (6 × 1.2m =7.2m). In the solution,
use method of sections and moment
equilibrium equations only! If you use
other methods, you will not get any
points!
Cantilever Truss
H I J K
www
FE D C B A
L
d
G
P (Applied load on the truss)
M
L

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