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Q.2) (a) Determine the resultant force vector FR of the three forces using Cartesian representation. Assume 0 = 30°, and p = 40° (b) Calculate the unit vector and the magnitude of the resultant force vector. (c) Find the direction angles a, ß, and y the resultant force vector makes with x, y and z axes, respectively. 50 1 Z 25° F3 = 8 KN y 3 5 F₂ = 10 KN F₁ = 12 kN X

Q.2) (a) Determine the resultant force vector FR of the three forces using Cartesian representation. Assume 0 = 30°, and p = 40° (b) Calculate the unit vector and the magnitude of the resultant force vector. (c) Find the direction angles a, ß, and y the resultant force vector makes with x, y and z axes, respectively. 50 1 Z 25° F3 = 8 KN y 3 5 F₂ = 10 KN F₁ = 12 kN X

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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Q.2) (a) Determine the resultant force vector FR of the three forces using Cartesian representation. Assume 0 = 30°, and p = 40° (b) Calculate the unit vector and the magnitude of the resultant force vector. (c) Find the direction angles a, ß, and y the resultant force vector makes with x, y and z axes, respectively. 50 1 Z 25° F3 = 8 KN y 3 5 F₂ = 10 kN F₁ = 12 kN X
Transcribed Image Text:Q.2) (a) Determine the resultant force vector FR of the three forces using Cartesian representation. Assume 0 = 30°, and p = 40° (b) Calculate the unit vector and the magnitude of the resultant force vector. (c) Find the direction angles a, ß, and y the resultant force vector makes with x, y and z axes, respectively. 50 1 Z 25° F3 = 8 KN y 3 5 F₂ = 10 kN F₁ = 12 kN X
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