2. The position as a function of time for a 300 g mass attached to the end of a spring is... x(t)= (0.16 m)sin(2.83t + pi/4). Determine. a) the system's period of oscillation. b) the total energy of the system. c) the acceleration of the mass as a function of time

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2. The position as a function of
time for a 300 g mass attached to
the end of a spring is... x(t)= (0.16
m)sin(2.83t + pi/4). Determine. a)
the system's period of oscillation.
b) the total energy of the system.
c) the acceleration of the mass as
a function of time
Transcribed Image Text:2. The position as a function of time for a 300 g mass attached to the end of a spring is... x(t)= (0.16 m)sin(2.83t + pi/4). Determine. a) the system's period of oscillation. b) the total energy of the system. c) the acceleration of the mass as a function of time
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