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A member is supported by a roller (A) and a pin (B). A load of 12 kN is applied as shown. Find the correct set of equations that solve the support reactions. 12 kN 2 m A 30° 3 m - 4 m-

A member is supported by a roller (A) and a pin (B). A load of 12 kN is applied as shown. Find the correct set of equations that solve the support reactions. 12 kN 2 m A 30° 3 m - 4 m-

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
Problem 1.1MA
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Select one: Bx = 0 AN + By -12 = 0 (12)(2)-(AN)[(3)(cos30°)+4]= 0 Ob. (AN)(sin30°) - Bx = 0 (AN)(cos30°) + B, -12 = 0 (12)(2)-(AN)(sin30°)(3)(sin30°) -(An)(cos30°)[(3)(cos30°)+4] = 0 c. (AN)(sin30°) - By = 0 (AN)(cos30°) + By -12 = 0 (12)(2)-(AN)(sin30°)[(3)(cos30°)+4] -(AN)(cos30°)(3)(sin30°)= 0 d. (AN)(cos30°) - B, = 0 (AN)(sin30°) + By -12 = 0 (12)(2)-(AN)(cos30°)(3)(sin30°) -(AN)(sin30°)[(3)(cos30°)+4] = 0
Transcribed Image Text:Select one: Bx = 0 AN + By -12 = 0 (12)(2)-(AN)[(3)(cos30°)+4]= 0 Ob. (AN)(sin30°) - Bx = 0 (AN)(cos30°) + B, -12 = 0 (12)(2)-(AN)(sin30°)(3)(sin30°) -(An)(cos30°)[(3)(cos30°)+4] = 0 c. (AN)(sin30°) - By = 0 (AN)(cos30°) + By -12 = 0 (12)(2)-(AN)(sin30°)[(3)(cos30°)+4] -(AN)(cos30°)(3)(sin30°)= 0 d. (AN)(cos30°) - B, = 0 (AN)(sin30°) + By -12 = 0 (12)(2)-(AN)(cos30°)(3)(sin30°) -(AN)(sin30°)[(3)(cos30°)+4] = 0
A member is supported by a roller (A) and a pin (B). A load of 12 kN is applied as shown. Find the correct set of equations that solve the support reactions. 12 kN A 2 m 30° B 3 m 4 m-
Transcribed Image Text:A member is supported by a roller (A) and a pin (B). A load of 12 kN is applied as shown. Find the correct set of equations that solve the support reactions. 12 kN A 2 m 30° B 3 m 4 m-
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