Your answer is partially correct.Review Conceptual Example 5 before attempting this problem. As the drawing shows, the length of a guitar string is L = 0.591 m. Thefrets are numbered for convenience. A performer can play a musical scale on a single string because the spacing between the frets isdesigned according to the following rule: When the string is pushed against any fretj, the fundamental frequency of the shortenedstring is larger by a factor of the twelfth root of two than it is when the string is pushed against the fret j - 1. Assuming that the tensionin the string is the same for any note, find the spacing (a) between fret 1 and fret O and (b) between fret 7 and fret 6.(a) Number i 0.033(a) Number i 0.024UnitsUnitsEE76 5 4 3 2 1 0<<

Given data : length of guitar string L0 = 0.519 m When the spring is pushed against any fret j , fundamental frequency of the shortened string is larger by factor of twelfth root of two,than it is when string is pushed against the fret j-1. By using this we can calculate given problem

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