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r= A meterstick is oriented in space parallel to the unit vector given by *=++, with one of its ends located at the origin of a Cartesian coordinate system. Considering the origin as the pivot point, calculate the torque due to a 12.5-N force, oriented parallel to the unit vector given by − +/+*, acting on the meterstick at the 0.75-m mark. Express your answer in the notation i – j -k. (Hint: i xj=k, jxk=i, k x i=j)

r= A meterstick is oriented in space parallel to the unit vector given by *=++, with one of its ends located at the origin of a Cartesian coordinate system. Considering the origin as the pivot point, calculate the torque due to a 12.5-N force, oriented parallel to the unit vector given by − +/+*, acting on the meterstick at the 0.75-m mark. Express your answer in the notation i – j -k. (Hint: i xj=k, jxk=i, k x i=j)

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r= -k A meterstick is oriented in space parallel to the unit vector given by *=++, with one of its ends located at the origin of a Cartesian coordinate system. Considering the origin as the pivot point, calculate the torque due to a 12.5-N force, oriented parallel to the unit vector given by ¹=¹+³+³*, acting on the meterstick at the 0.75-m mark. Express your answer in the notation į – j -k. (Hint: į xj=k, jxk=į, k x i=j) 9
Transcribed Image Text:r= -k A meterstick is oriented in space parallel to the unit vector given by *=++, with one of its ends located at the origin of a Cartesian coordinate system. Considering the origin as the pivot point, calculate the torque due to a 12.5-N force, oriented parallel to the unit vector given by ¹=¹+³+³*, acting on the meterstick at the 0.75-m mark. Express your answer in the notation į – j -k. (Hint: į xj=k, jxk=į, k x i=j) 9
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