A vertical force of 2627 N (2xyzN) is appliedat the top of a statically determinate trussas shown in Figure 2. The equilibrium offorces in the vertical direction at Point 2 canbe written in the following formF, sin(30°) = –V½%3Da. Write the remaining complete set ofequilibrium equations for both horizontal andvertical dire5. Express all equations in matrix form.c. Determine F1, F2, and F3.ions at all points.| 2xyz N90°F,F3H 23060%F2Figure 2

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A vertical force of 2627 N (2xyzN) is applied at the top of a statically determinate truss as shown in Figure 2. The equilibrium of forces in the vertical direction at Point 2 can be written in the following form F, sin(30°) = –V2 a. Write the remaining complete set of equilibrium equations for both horizontal and vertical directions at all points. p. Express all equations in matrix form. c. Determine F1, F2, and F3. | 2xyz N 90° F3 Н. 2 30 60 F2 Figure 2

A vertical force of 2627 N (2xyzN) is applied at the top of a statically determinate truss as shown in Figure 2. The equilibrium of forces in the vertical direction at Point 2 can be written in the following form F, sin(30°) = –V2 a. Write the remaining complete set of equilibrium equations for both horizontal and vertical directions at all points. p. Express all equations in matrix form. c. Determine F1, F2, and F3. | 2xyz N 90° F3 Н. 2 30 60 F2 Figure 2

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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