A particle is moving in SHM. If it has velocities of v₁ and v₂ when it is at positions x₁ and x₂ from the equilibrium position respectively, then the square of the frequency of vibration f ²) is given by A) v₁² -v₂² ) / 4 $\pi$²x₁² -x₂² ). B) v₁² -v₂² ) / 4 $\pi$²x₂² -x₁² ). C) v₁² + v₂² ) / 4 $\pi$²x₂² - x₁² ). D) v₁² + v₂² ) / 2 $\pi$²x₂² + x₁² ). E) v₁² + v₂² ) / x₂² -x₁² ).

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The Answer of A particle is moving in SHM. If it has velocities of v₁ and v₂ when it is at positions x₁ and x₂ from the equilibrium position respectively, then the square of the frequency of vibration f ²) is given by A) v₁² -v₂² ) / 4 $\pi$²x₁² -x₂² ). B) v₁² -v₂² ) / 4 $\pi$²x₂² -x₁² ). C) v₁² + v₂² ) / 4 $\pi$²x₂² - x₁² ). D) v₁² + v₂² ) / 2 $\pi$²x₂² + x₁² ). E) v₁² + v₂² ) / x₂² -x₁² ).

A Particle Is Moving in SHM π\piπ 2 x12 -X22 ) π\piπ

A Particle Is Moving in SHM $\pi$ ²x₁² -X₂² ) $\pi$