Question

All parts and working needed.

Tutorial: Oscillations Block released from rest here IV. More practice wth oscillatory motion A block is connected to a spring, one end of which is attached to a wall. (Neglect the mass of the spring, and assume the surface is frictionless.) The block is moved 0.5 m to the right of equilibrium and released from rest at instant 1. The strobe diagram at right shows the subsequent motion of the block (i.e., the block is shown at equal time intervals). 05 m A. While the total energy of the oscillating system remains constant, the potential and kinetic energies are c instants is each greatest& smallest? Explain how you know hanging constantly. At which 4 B. Shown underneath is the x vs. t graph representing the motion of the block described above. Note tha 0 corresponds to the instant "instant l") when the block is released from rest. a) Using the numbers 1-9, label the graph to show the location of the block in the strobe diagram above. b) Assume the time between instances to 0.5s. Determine the period, frequency, and angular frequency of the block

Answer 1

Pant Ca) Kinstic Emane inろ87

CA a) 9, ん 꾸 죄

1 arter eol