Question: Q5 5.1 A unit-mass particle moves along the x-axis, and is acted on by a force derived from the potential energy V(x) ax2(b – x), where a and b are positive constants. (i) Determine the angular frequency w of small oscillations about the stable equilibrium of the particle. (ii) If the particle is released from rest at x = -b, compute its speed v as it passes

SciencePhysicsPhysics questions and answersQ5 5.1 A unit-mass particle moves along the x-axis, and is acted on by a force derived from the potential energy V(x) ax2(b – x), where a and b are positive constants. (i) Determine the angular frequency w of small oscillations about the stable equilibrium of the particle. (ii) If the particle is released from rest at x = -b, compute its speed v as it passesQuestion: Q5 5.1 A unit-mass particle moves along the x-axis, and is acted on by a force derived from the potential energy V(x) ax2(b – x), where a and b are positive constants. (i) Determine the angular frequency w of small oscillations about the stable equilibrium of the particle. (ii) If the particle is released from rest at x = -b, compute its speed v as it passes.
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