A particle has initial velocity- v-3-4- and a constant force F-4-3- acts on it- The path of the particle can be-

The correct option is B circularAs it can be seen easily, the Force vector is constant and nbsp;perpendicular to the velocity vector (dot product is zero). T ...

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Standard XII

Physics

Wave in Negative X-Direction

A particle ha...

Question

A particle has initial velocity, $\to v = 3^i + 4^j$ and a constant force $\to F = 4^i - 3^j$ acts on it. The path of the particle can be:

straight line

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parabolic

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circular

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hyperbolic

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Solution

The correct option is B circular
As it can be seen easily, the Force vector is constant and perpendicular to the velocity vector (dot product is zero). Thus such a path would be circular motion.

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A particle has initial velocity, →v=3^i+4^j and a constant force →F=4^i−3^j acts on it. The path of the particle can be:

The correct option is B circularAs it can be seen easily, the Force vector is constant and perpendicular to the velocity vector (dot product is zero). Thus such a path would be circular motion.

A particle has initial velocity, $\to v = 3^i + 4^j$ and a constant force $\to F = 4^i - 3^j$ acts on it. The path of the particle can be:

The correct option is B circular
As it can be seen easily, the Force vector is constant and perpendicular to the velocity vector (dot product is zero). Thus such a path would be circular motion.