Oscillation in zero gravity help

AI Thread Summary
Mass-spring oscillation is indeed possible in zero gravity, as demonstrated by a spring mass system on a frictionless horizontal plane. In this scenario, gravity is countered by the normal force, allowing the system to oscillate effectively. Introducing an initial velocity perpendicular to the spring results in two-dimensional oscillations, while free space facilitates three-dimensional oscillations. The principles of oscillation remain consistent regardless of the gravitational environment. Understanding these dynamics is crucial for applications in space physics and engineering.
DanicaK
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Is it possible to have mass - spring oscillation in speace ( i.e. zero gravity )?
 
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Of course it is. Consider a spring mass system on a frictionless horizontal plane. Gravity is canceled by the normal force and the system oscillates just fine. If you stretch the spring and before you let go you also give some initial velocity perpendicular to the spring, you get two-dimensional oscillations. In free space, in general, you get three-dimensional oscillations.
 


Tnx!
 

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