Take the “zero” of gravitational potential energy to be at the height \(y_{0}^{\prime}\) (the equilibrium point; you may also use this as the origin for the vertical coordinate!), and calculate all th...Take the “zero” of gravitational potential energy to be at the height \(y_{0}^{\prime}\) (the equilibrium point; you may also use this as the origin for the vertical coordinate!), and calculate all the energies in the system (kinetic, spring/elastic, and gravitational) at the highest point in the oscillation, the equilibrium point, and the lowest point.
Take the “zero” of gravitational potential energy to be at the height \(y_{0}^{\prime}\) (the equilibrium point; you may also use this as the origin for the vertical coordinate!), and calculate all th...Take the “zero” of gravitational potential energy to be at the height \(y_{0}^{\prime}\) (the equilibrium point; you may also use this as the origin for the vertical coordinate!), and calculate all the energies in the system (kinetic, spring/elastic, and gravitational) at the highest point in the oscillation, the equilibrium point, and the lowest point.
