Math, asked by gs3921356, 1 month ago

a small bead is projected with any velocity along a smooth circular wire under the action of a force varying inversely as the fifth power of the distance from a center of force situated on the circumference. prove that the pressure on the wire is constant.

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Answered by jptharunika

Step-by-step explanation:

A small bead of mass m can moves on a smooth circular wire (radiusR) under the action of a force F=(km)/r^(2) directed (r=position of bead from P&K=constant) towards a point P with in the circle at a distance R/2 from the centre what should be the minimum velocity of bead at the point of the wire nearest the centre of force (P) so that bead

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a small bead is projected with any velocity along a smooth circular wire under the action of a force varying inversely as the fifth power of the distance from a center of force situated on the circumference. prove that the pressure on the wire is constant.​

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a small bead is projected with any velocity along a smooth circular wire under the action of a force varying inversely as the fifth power of the distance from a center of force situated on the circumference. prove that the pressure on the wire is constant.