You hang a 150 g mass on a spring and start it oscillating with an amplitude of 5 cm and a phase constant of /3.

You hang a 150 g mass on a spring and start it oscillating with an amplitude of 5 cm and a phase constant of π/3.

a. If the spring stretched 16 cm when you first hang the mass on it, how long will one oscillation take?

b. Draw a position vs. time graph for two cycles of motion. Consider the position y = 0 to be the equilibrium position of the mass hanging on the spring.

c. Draw a velocity vs. time graph for two cycles of motion.

d. Draw an acceleration vs. time graph for two cycles of motion.