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    Vector solution of a ring in equilibrium with three acting forces.

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    A small ring is held stationary with three forces, A, B and C acting on it.
    Force A= 85 nt /20 , Force B= 160 nt /150 . Angles are in degrees relative to the +x axis being 0.
    Find the magnitude and direction of Force C.

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    https://brainmass.com/physics/equilibrium/vector-solution-ring-equilibrium-three-acting-forces-20873

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    Solution:
    Physics statements:
    A. The stationary ring is in equilibrium, therefore A+B+C=0
    B. For an object in equilibrium, a polygon formed by adding all forces on it must be a closed polygon.
    C. A polygon with three sides can be solved by ...

    Solution Summary

    The vector solution of a ring in equilibrium with three acting forces are given. The magnitude and direction of the force is given.

    $2.19

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