If the tension of a vibrating string is increased, while all other parameters remain the same, the frequency of oscillationGroup of answer choicesincreases.decreases.remains the same.

As the period of a wave decreases, the frequency of the waveGroup of answer choicesdecreases.Scratchremains the same.Scratchincreases.

The same string vibrates with a fundamentalfrequency of 293 Hz. If the player decreases thestring’s length to 0.287 m by pressing the string,what is the new frequency?

A guitar string is supposed to be played with a fundamental frequency of 880 Hz. If it is determined to have, instead, a fundamental frequency of 882 Hz, by what amount (as a percentage) must the tension in the string be changed in order that the fundamental frequency be restored to 880 Hz?

.The frequency of the note produced by plucking a given string increases as

A guitar string with a tension of 150 N is played together with a tuning fork whose frequency is 256 Hz, and beats of 2 Hz are heard. Assuming the guitar string is higher in frequency than the tuning fork, to what new tension should the guitar string be adjusted for the string and tuning fork to have the same frequency?