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28 Mar 2020
Mass-spring system The frequency of oscillation of an object suspended on a spring depends on the stiffness k of the spring (called the spring constant) and the mass m of the object. If the spring is compressed a distance a and then allowed to oscillate, its displacement is given by
A 10-g mass is suspended from a spring with stiffness 
If the spring is compressed a distance 5 cm and then released, find the equation that describes the oscillation of the spring.
Mass-spring system The frequency of oscillation of an object suspended on a spring depends on the stiffness k of the spring (called the spring constant) and the mass m of the object. If the spring is compressed a distance a and then allowed to oscillate, its displacement is given by
A 10-g mass is suspended from a spring with stiffness If the spring is compressed a distance 5 cm and then released, find the equation that describes the oscillation of the spring.
Jarrod RobelLv2
20 May 2020
and allowed to oscillate. If the mass returns to this position after 1 s, find an equation that describes its motion.
and allowed to oscillate. It is observed that the mass reaches its lowest point 
s after it is released. Find an equation that describes the motion of the mass.
