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Vector Magtanggol. The force acting on an object is F = 3.50 [N]i-5.20 [N]j-2.30 [N]k. The vector from the origin to the point where the force is applied is r = 2.50 [N]j. What is the vector torque with respect to the origin produced by this force? A. 10.9 [N.m]i + 11.5 [N.m]j – 27.0 [N.m]k B. –18.2 [N.m]i + 8.75 [N.m]j C. -5.75 [N.m]i+ 8.05 [N.m]j – 27.0 [N.m]k D. –5.75 [N.m]i - 8.05 [N.m]j+9.45 [N.m]k 3.50 [m]i + -

Vector Magtanggol. The force acting on an object is F = 3.50 [N]i-5.20 [N]j-2.30 [N]k. The vector from the origin to the point where the force is applied is r = 2.50 [N]j. What is the vector torque with respect to the origin produced by this force? A. 10.9 [N.m]i + 11.5 [N.m]j – 27.0 [N.m]k B. –18.2 [N.m]i + 8.75 [N.m]j C. -5.75 [N.m]i+ 8.05 [N.m]j – 27.0 [N.m]k D. –5.75 [N.m]i - 8.05 [N.m]j+9.45 [N.m]k 3.50 [m]i + -

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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The force acting on an object is F = 3.50 [N]ˆi−5.20 [N]ˆj−2.30 [N]kˆ. The vector from the origin to the point where the force is applied is r = 3.50 [m]ˆi + 2.50 [N]ˆj. What is the vector torque with respect to the origin produced by this force?
A. 10.9 [N.m]ˆi + 11.5 [N.m]ˆj − 27.0 [N.m]kˆ
B. −18.2 [N.m]ˆi + 8.75 [N.m]ˆj
C. −5.75 [N.m]ˆi + 8.05 [N.m]ˆj − 27.0 [N.m]kˆ
D. −5.75 [N.m]ˆi − 8.05 [N.m]ˆj + 9.45 [N.m]k

Vector Magtanggol. The force acting on an object is F = 3.50 [N]i-5.20 [N]j-2.30 [N]k. The vector from the origin to the point where the force is applied is r = 3.50 [m]i + 2.50 [N]j. What is the vector torque with respect to the origin produced by this force? A. 10.9 [N.mi + 11.5 [N.m]j – 27.0 [N.m]k B. –18.2 [N.m]i + 8.75 [N.m]j C. -5.75 [N.m]i + 8.05 [N.m]j – 27.0 [N.m]k D. –5.75 [N.m]i – 8.05 [N.m]j + 9.45 [N.m]k
Transcribed Image Text:Vector Magtanggol. The force acting on an object is F = 3.50 [N]i-5.20 [N]j-2.30 [N]k. The vector from the origin to the point where the force is applied is r = 3.50 [m]i + 2.50 [N]j. What is the vector torque with respect to the origin produced by this force? A. 10.9 [N.mi + 11.5 [N.m]j – 27.0 [N.m]k B. –18.2 [N.m]i + 8.75 [N.m]j C. -5.75 [N.m]i + 8.05 [N.m]j – 27.0 [N.m]k D. –5.75 [N.m]i – 8.05 [N.m]j + 9.45 [N.m]k
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