A guitar has 4 strings. The mass per unit length of the G string is 4 times the mass per unit length of the E string. If they are both connected to the guitar and tightened to a tension of 100 N how does the fundamental frequency of the E string compare to the fundamental frequency of the G string?

A flagpole consists of a flexible, 2.65 m tall fiberglass pole planted in concrete. The bottom end of the flagpole is fixed in position, but the top end of the flagpole is free to move. What is the lowest frequency fi of the standing wave formed by the flagpole, if the wave propagation speed in the fiberglass is 2730 m/s? fi = Hz

What is the speed of a transverse wave on the rope if the mass were increased to 3.00 kg? What is the wavelength of a transverse wave on the rope if the mass were increased to 3.00 kg?

The lowest frequency string on a guitar is 65.5 cm long and is tuned to 80.0 Hz. By fingering the guitar at the fifth fret, you shorten the vibrating length of the string, thereby changing the fundamental frequency of this string to match that of the next-highest-frequency string on the guitar, 110 Hz. How long is the vibrating part of the lowest-frequency string when it is fingered at the fifth fret?

Two identical guitar strings are prepared such that they have the same length (0.68) and are under the same amount of tension. The first string is plucked at one location, primarily exciting the first harmonic. The other string is plucked in a different location, primarily exciting the fourth harmonic. The resulting sounds give rise to a beat frequency of 324Hz. What is the wave propagation speed on the guitar strings? wave propagation speed:   m/s

A 0.717 gram guitar string is 0.629 m long. The string is under a tension of 73.9 N.(a) What are the fundamental frequency and the third harmonics frequency? (b)What are their wavelengths?

World-renowned bluegrass musician, Frog Newton, has invited you to join his band. It is apparent that he is only looking for eye-candy on the stage, because you are only asked to play one note, the G# at a frequency of 415 Hz. You make your own instrument using a string that is 0.7 meters long and has a mass of 4 grams. Now you need to calculate the necessary tension on the string, And you will be ready to jam!   What is the wavelength of the first harmonic (also called the fundamental frequency) of standing wave created by the vibrating string m At what speed would a wave propagate on this string? m/s What is the linear density of the string? kg/m What is the tension needed to produce the G# note? N

The resonant frequencies of the lowest frequency strings of a guitar are 82.4 Hz (E) and 110 Hz (A). Where would you depress the E string so that it had the same frequency as the next lowest string, the A at 110 Hz? 1st fret 2nd fret 3rd fret 4th fret 5th fret It is not possible to raise the frequency by shortening a string.