Physics, asked by shivaniprinting1981, 2 months ago

When a particle executes S.H.M., the restoring force F varies with displacement y as

(a) F ∝ y (b) F ∝ y²

(c) F ∝ 1/y (d) F ∝ 1/y²​

Answers

Answered by authsupport14
0

Answer:

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Answered by dualadmire
0

When a particle executes S.H.M., the restoring force F varies with displacement y as F ∝ y.

  • In a simple harmonic motion the restoring force that a particle faces is directed towards it's equilibrium position and is directly proportional to it's distance from the mean position.
  • The restoring force tries to bring the particle back to it's equilibrium position.
  • The formula for restoring force is: F= -ky, where k is the force constant and y is the displacement of particle from the mean position.

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