Question: A horizontal string is suspended between an oscillator on one end and a pulley on the other. The string passes over the pulley and is

A horizontal string is suspended between an oscillator on one end and a pulley on the other. The string passes over the pulley and is attached to a mass m. When the oscillator is switched on, a standing wave with 6 antinodes is formed in the string.

Q. As a factor of m , what is the next largest mass that will produce a standing wave? In other words, what is the smallest mass M>m that will produce a standing wave? Assume the frequency of the oscillator remains the same throughout.

M=?

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