The discussion revolves around the concept of damped harmonic oscillation and its distinction from simple harmonic oscillation. Participants explore theoretical aspects, practical experimentation, and the effects of damping forces.
Participants generally agree on the basic definitions and concepts of damped versus simple harmonic oscillation, but there are varying levels of understanding and application, particularly regarding experimental setups and the role of damping forces.
Some assumptions about the nature of damping forces and their effects on oscillation are present, but these are not fully resolved within the discussion. The specifics of the experimental apparatus and the conditions under which the damping occurs are also not detailed.
This discussion may be useful for students and educators in physics, particularly those interested in oscillatory motion, damping effects, and experimental physics involving harmonic oscillators.
An simple harmonic oscillator is a harmonic oscillator where the only force acting on it is the restoring force. A damped harmonic oscillator on the other hand, has an additional damping or frictional force, such as drag, acting on it.-EquinoX- said:I am not sure that I understand what damped harmonic oscillation is different from simple harmonic oscillation, can someone please explain that to me? I read wikipedia and still doesn't get it...
Eventually, yes. Unless of course it is a driven, damped oscillator, that is the case when there is some external periodic force applied.-EquinoX- said:so therefore in a damped harmonic oscillation the oscillation will eventually stop because of the friction? in theory...
Perhaps if you described the apparatus, I could be of more help.-EquinoX- said:hmm..well I am actually doing this experiment and I can get the friction of the oscilattion really2 small.. however my TA's said to put magnets on top of the oscillation object, do you know why?