Question

Three force are acts on a particle as shown find theta on equilibrium

Answer 1

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Mechanics 1.8. If there are only two forces acting on a particle that is in equilibrium, then the two forces must be equal (in magnitude) and opposite in direction to each other. If three forces act on a particle that is in equilibrium, then when the three forces are placed end to end they must form a triangle.

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Answer 2

Answer:

$< hey \: mate \: here \: is \: ur \: ans$❤❤☺☺

Mechanics 1.8. If there are only two forces acting on a particle that is in equilibrium, then the two forces must be equal (in magnitude) and opposite in direction to each other. If three forces act on a particle that is in equilibrium, then when the three forces are placed end to end they must form a triangle.

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