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Please do all the questions , as it's one question . since they are all a,b,c...

Please do all the questions , as it's one question . since they are all a,b,c ...since it's actually one question , just multiple steps to it

Consider a 0.50 kg mass on a spring with a constant of 600 N/m. The spring and mass system are originally at equilibrium when the mass is at y = 0. The mass is pulled down until it is 50.0 cm below its equilibrium position and then released (y = -50.0 cm).

What is the period of oscillation when the mass is released?

What is the frequency of the mass as it oscillates?

What is the total mechanical energy of the pendulum if the amplitude is 50.0 cm?

What is the maximum velocity of the SHO and where will this occur?

What is length of a pendulum with the same period?

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