5. Torque i is defined by the cross product between a position vector ỉ and a force vector F. The figure below shows a force F at a location described byỉ. Both F and 7 lie in the plane of the board and therefore do not point into or out of the board. A Cartesian coordinate system has been chosen for you. Use the figure to perform the following exercises. |7| = 5 m そ=FxF | = 20 N e = 42° a) Express i in component form. (Recall: Draw i with £, ŷ, and î placed at its tail. Determine the angles a, ß, and y. Plug into the generic expression for a vector in component form.)
5. Torque i is defined by the cross product between a position vector ỉ and a force vector F. The figure below shows a force F at a location described byỉ. Both F and 7 lie in the plane of the board and therefore do not point into or out of the board. A Cartesian coordinate system has been chosen for you. Use the figure to perform the following exercises. |7| = 5 m そ=FxF | = 20 N e = 42° a) Express i in component form. (Recall: Draw i with £, ŷ, and î placed at its tail. Determine the angles a, ß, and y. Plug into the generic expression for a vector in component form.)
Physics for Scientists and Engineers with Modern Physics
10th Edition
ISBN:9781337553292
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter11: Angular Momentum
Section: Chapter Questions
Problem 7P: A particle is located at a point described by the position vector r=(4.00i+6.00j)m, and a force...
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a) Express ?⃗ in component form. (Recall: Draw ?⃗ with unit vector x, unit vector y, unit vector z at its tail.) Determine the angles ?,?, and ?. Plug into the generic expression for a vector in component form.
b) Express ?⃗ in component form. (Recall: Draw ?⃗ with unit vector ?, unit vector y, unit vector z placed at its tail.) Determine the angles ?,?, and ?. Plug into the generic expression for a vector in component form.)
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