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A Particle Located at the Position Vector M Has

Question 6

Multiple Choice

A particle located at the position vector A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m m has a force A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m N acting on it. The torque about the origin is


A) (1
A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m ) N⋅m
B) (5
A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m ) N⋅m
C) (−1
A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m ) N⋅m
D) (−5
A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m ) N⋅m
E) (2
A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m + 3
A particle located at the position vector m has a force N acting on it. The torque about the origin is A) (1 ) N⋅m B) (5 ) N⋅m C) (−1 ) N⋅m D) (−5 ) N⋅m E) (2 + 3 ) N⋅m ) N⋅m

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