Question

The high E-string of a steel string guitar is about L = 0.7m long. It has a mass per unit length of p = 5.3 *10^-4 kg/m. Find the tension T required to properly tune the string, given that a high E has a frequency of f = 1318.51 hertz

(a) The high E-string of a steel string guitar is about L 0.7 m long. It has a mass per unit length of ρ= 5.3 x 10-4 kg/m. Find the tension T required to properly tune the string, given that a high E has a frequency of f 1318.51 hertz (b) Assuming that the A string is under the same tension as the E string, is made of the same material, and is about the same length, what is the ratio of the thickness of this string to that of the E string? An A tone has a frequency of 440 hertz.

Answer 1

Ct unddmeo ven 1805 ,92- スopootfoną, 2.99구 ox Second at>& 318.5