The general equation for position vs time of SHM is X = Xmax cos w t in whicih w is the angular frequency of the motion. This equation
shows that ...
The solution calculates the maximum velocity of the oscillator.
String tensions for maximum and minimum motion of bungee cord
Traveling waves are set up in a pair of long strings by a simple harmonic oscillator. The strings have identical mass densities of 5.1 grams/meter. Both strings terminate at a short bungee cord attached to a wall. The harmonic oscillator is attached to the other ends of the strings in such a way that one string is 5.4 meters longer than the other. If the oscillator has frequency 97 Hz:
Give at least two string tensions which will produce the minimum motion of the bungee cord.View Full Posting Details