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A body at equilibrium is under the action of three forces. One force is 10N acting due east and one is 5N in the direction 60 d...Asked by Adigun
A body at equilibrium is under the action of three forces. One force is 10N acting due east and one is 5N in the direction 60 degree north-east. What is the magnitude and direction of the third force?
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Answered by
MathMate
Hint:
Find the resultant of the two given forces.
The third force (which keeps the resultant in equilibrium) is a force which is equal in magnitude to the resultant, but opposite in direction.
Find the resultant of the two given forces.
The third force (which keeps the resultant in equilibrium) is a force which is equal in magnitude to the resultant, but opposite in direction.
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