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A particle of mass m undergoes harmonic oscillations with period T, about x = 0. Now a force F is applied to the particle, acting opposite in direction to its instantaneous velocity: F = - kv. What happens when the particle is released from rest from some x > 0:a. It undergoes a steady oscillation with a period larger than T b. It undergoes a decaying oscillation c. It no longer oscillates, it moves in one direction with decreasing speed d. It could oscillate or not, depending on parameter values |
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Answer» d. It could oscillate or not, depending on parameter values |
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