Two forces, one of 3 newton and another of 4 newton are applied on a standard 1 kg body, placed on a horizontal and frictionless surface, simultaneously along the x -axis and the y-axis, respectively, as shown below: The magnitude of the re

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Two forces, one of 3 newton and another of 4 newton are applied on a standard 1 kg body, placed on a horizontal and frictionless surface, simultaneously along the x -axis and the y-axis, respectively, as shown below: The magnitude of the resultant acceleration is:

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Correct answer: C. 5 ~m / s ^2

Final force will be along the Z axis. F= (3)^2+(4)^2 aligned & = 9+16= 25=5 & Acceleration (a)=F / m=5 / 1=5 ~m / s ^2 aligned

Two forces, one of 3 newton and another of 4 newton are applied on a standard 1 kg body, placed on a horizontal and frictionless surface, simultaneously along the x -axis and the y-axis, respectively, as shown below: The magnitude of the resultant acceleration is:

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