Find the equivalent resultant force and couple moment of the force system about point C, given: F1 = 65 N, F2 = 95 N, AX = 4 m, AY = 3 m, BX = 5 m, BY = 6 m, CX = 3 m, CY = 2 m, θ = 25 °, x,y,h = 12,5,13, respectively The magnitude of resultant force, FR is:FR = The angle of the resultant force as measured from the positive x-axis is:(Note, in quadrant 1 or 2, the angle should be beween 0 and 180 degrees, while in quadrant 3 or 4, the angle should be between 0 and -180 degrees).θR = The resultant moment about point C is:MRC = yAAxF,CyByBxF2CxBFind the equivalent resultant force and couple moment of the force system about point C, given:F, = 65 N, F2 = 95 N, Ax = 4 m, Ay = 3 m, Bx = 5 m, By = 6 m, Cx = 3 m, Cy = 2 m, 0 = 25°, x.y.h = 12,5,13, respectivelyThe magnitude of resultant force, FR is:FR = NumberNThe angle of the resultant force as measured from the positive x-axis is:(Note, in quadrant 1 or 2, the angle should be beween 0 and 180 degrees, while in quadrant 3 or 4, the angle should be between 0 and-180 degrees).OR = NumberThe resultant moment about point C is:MRC = NumberN-m

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Answered: Find the equivalent resultant force and…

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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Find the equivalent resultant force and couple moment of the force system about point C, given:
F₁ = 65 N, F₂ = 95 N, A_X = 4 m, A_Y = 3 m, B_X = 5 m, B_Y = 6 m, C_X = 3 m, C_Y = 2 m, θ = 25 °, x,y,h = 12,5,13, respectively

The magnitude of resultant force, F_R is:

F_R =

The angle of the resultant force as measured from the positive x-axis is:

(Note, in quadrant 1 or 2, the angle should be beween 0 and 180 degrees, while in quadrant 3 or 4, the angle should be between 0 and -180 degrees).

θ_R =

The resultant moment about point C is:

M_RC =

y
A
Ax
F,
Cy
By
Bx
F2
Cx
B
Find the equivalent resultant force and couple moment of the force system about point C, given:
F, = 65 N, F2 = 95 N, Ax = 4 m, Ay = 3 m, Bx = 5 m, By = 6 m, Cx = 3 m, Cy = 2 m, 0 = 25°, x.y.h = 12,5,13, respectively
The magnitude of resultant force, FR is:
FR = Number
N
The angle of the resultant force as measured from the positive x-axis is:
(Note, in quadrant 1 or 2, the angle should be beween 0 and 180 degrees, while in quadrant 3 or 4, the angle should be between 0 and
-180 degrees).
OR = Number
The resultant moment about point C is:
MRC = Number
N-m

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