A box with m = 2 kg is launched up the circular ramp by compressing and releasing a spring with k=5kN/m. If the ramp has ρ=1.5m and the spring is compressed 0.1156 m, will the box be able to reach point B if the coefficient of kinetic friction of the ramp, μk = 0.3? The diagram illustrates a dynamic system involving a mass-spring setup. - The mass \( m \) is attached to a spring with stiffness \( k \). - The system is positioned at point \( A \).- The mass is situated on a smooth, rigid track that permits motion.- The spring is initially compressed, and the force it exerts will propel the mass when released.- The track forms a circular arc extending to point \( B \), with radius \( \rho \).This setup can be used to study harmonic motion and energy conservation principles as the mass moves under the influence of spring force within the constraints of the track.

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