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Part b
3) A small sphere has radius 2cm and mas 60g. It is
suspended at equilibrium from a spring with spring
14 w/m! Find how much the sphore shetches the
stored in the spring.
Constand
and
Spring
the
energy
^
i's
pulled down an
b From equilibrium, the sphere
addinord
Bem and released so it oscillates. up and down harmonically.
Alse conservation of energy to calculate the kinetic energy
to the equilibrium height.
the sphere when it returns
18
Transcribed Image Text:3) A small sphere has radius 2cm and mas 60g. It is suspended at equilibrium from a spring with spring 14 w/m! Find how much the sphore shetches the stored in the spring. Constand and Spring the energy ^ i's pulled down an b From equilibrium, the sphere addinord Bem and released so it oscillates. up and down harmonically. Alse conservation of energy to calculate the kinetic energy to the equilibrium height. the sphere when it returns 18
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