The necessary and sufficient requirement for equilibrium of an object that is subject to two-dimensional loading is: O The summation of the forces in the x direction equals zero and the summation of forces in the y direction equals zero. O The forces must be collinear. O The summation of the moments about any point on or off the object is zero. O The summation of the forces in the x direction equals zero, the summation of the forces in the y direction equals zero, and the summation of the moments about any point on or off the body is zero.

Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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The necessary and sufficient requirement for equilibrium of an object that is subject to two-dimensional loading is:
O The summation of the forces in the x direction equals zero and the summation of forces in the y direction equals zero.
O The forces must be collinear.
O The summation of the moments about any point on or off the object is zero.
The summation of the forces in the x direction equals zero, the summation of the forces in the y direction equals zero, and
the summation of the moments about any point on or off the body is zero.
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Transcribed Image Text:View Policies Current Attempt in Progress The necessary and sufficient requirement for equilibrium of an object that is subject to two-dimensional loading is: O The summation of the forces in the x direction equals zero and the summation of forces in the y direction equals zero. O The forces must be collinear. O The summation of the moments about any point on or off the object is zero. The summation of the forces in the x direction equals zero, the summation of the forces in the y direction equals zero, and the summation of the moments about any point on or off the body is zero. eTextbook and Media
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