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alexmolinavr6
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Resultant force?
A particle is said to be in static equilibrium if the resultant of all forces is applied to it is zero. Find the force that must be applied to a particle that produces static equilibrium if there are two forces, each of 40N applied so that one acts 60o above the positive x-axis and the other 60 below the negative x-axis.
Give the magnitude of the resultant acting in the negative x direction.
A particle is said to be in static equilibrium if the resultant of all forces is applied to it is zero. Find the force that must be applied to a particle that produces static equilibrium if there are two forces, each of 40N applied so that one acts 60o above the positive x-axis and the other 60 below the negative x-axis.
Give the magnitude of the resultant acting in the negative x direction.
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