An object with mass 500 g moves along x -axis with speed v=4 x m/s. The force acting on the object is:

Question

Accepted Answer

Correct answer: B. (b) To find the force acting on the object, we use the formula F=m a, where F is the force, m is the mass, and a is the acceleration. To find the force acting on the object, we use the formula F=m a, where F is the force, m is the mass, and a is the acceleration. The velocity v is given as v=4 x. Squaring both sides, we have v^2=16x. Differentiate v^2 with respect to x : 2v dv dx=16 Solving for dv dx, we find: vdv dx= 162=8 The force F is then calculated as: F=0.5 8=4 N Thus, the force acting on the object is 4 N. The velocity v is given as v=4 x. Squaring both sides, we have v^2=16x. Differentiate v^2 with respect to x : 2v dv dx=16 Solving for dv dx, we find: vdv dx= 162=8 The force F is then calculated as: F=0.5 8=4 N Thus, the force acting on the object is 4 N.

$An object with mass 500 g moves along x -axis with speed v = 4 x m / s . The force acting on the object is:$

Solution

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