A student attaches a 5.0 kg mass to a spring and then stretches the spring 0.25 m to the right. the student releases the spring and allows it to oscillate on a frictionless surface. the spring constant is 300 N/m. a. what is the period of oscillation?
b. what is the amplitude of the oscillation of the oscillation?
c. what is the position vs time equation for the spring mass system?
d. what is the position of the spring mass system at time 0.75 s?
e. what would change if the spring had been initially compressed rather than stretched,
f. sketch a graph of the springs position versus time graph. be sure to label the graph with key values along both axes.
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