A particle is attached to an ideal spring such that the restoring force acting on the…

PHYSICS · Subjective · A Level · Physics · Further mechanics and thermal physics · Further mechanics and thermal physics

Problem

A 0.20 kg0.20\,\text{kg} particle is attached to an ideal spring such that the restoring force acting on the particle is F=−5.0xF = -5.0x, where FF is in newtons and xx in metres measured from the equilibrium position. The particle is pulled 0.10 m0.10\,\text{m} from equilibrium and released from rest. (a) Determine the angular frequency ω0\omega_0 of the subsequent motion. (b) Calculate the time period of the oscillation. (c) Find the maximum speed attained by the particle during the motion.

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