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A particle performing shm is found at its equilibrium at t =1 s and it is found to have a speed of 0.25 m/s at t =2 .If the period of oscillation is 6 s calc |
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Answer» Your question is incomplete. # Complete question- A Particle Performing SHM is FOUND at its equilibrium at t=1 sec.and it is found to have a speed of 0.25m/s at t=2 sec.If the period of oscillation is 6 sec.Calculate amplitude of oscillation. # ANSWER - 3/2π m # Explanation- ω=2π/T=2π/6 Displacement of particle is GIVEN by x = A.sin[ωt+ϕ] At t=1s, x=0, 0 = A.sin[(2π/6)×1+ϕ] Solving this we'll get ϕ = -π/3 Velocity of the particle is given by v = A.ω.cos[ωt+ϕ] 0.25 = A.2π/6.cos[(2π/6)×1-π/3] Solving this we'll get, A = 3/2π m Amplitude of oscillation is 3/2π m. Keep studying... |
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