beautifulnation1251 beautifulnation1251
  • 07-02-2020
  • Physics
contestada

The fundamental frequency of a standing wave on a 1.0-m-long string is 440 Hz. What would be the wave speed of a pulse moving along this string?

Respuesta :

therealabefe therealabefe
  • 09-02-2020

Answer: v = 880m/s

Explanation: The length of a string is related to the wavelength of sound passing through the string at the fundamental frequency is given as

L = λ/2 where L = length of string and λ = wavelength.

But L = 1m

1 = λ/2

λ = 2m.

But the frequency at fundamental is 440Hz and

V = fλ

Hence

v = 440 * 2

v = 880m/s

Answer Link

Otras preguntas

Temperatures in which climate region stay about the same all year long? continental moderate tropical tundra
Agree or Disagree: Slavery was the primary cause of the Civil War.Explain
what is 12.496 rounded to a whole number. what is 2.90 rounded to a whole number
Emily went to the river and collected small water sample. when she returned home she place a drop of water on a microscope, which type organism below would she
how many C1- ions are there for each Na+ ion in the formula?
how do i solve these?
Why did towns need to be located by water to succeed
Which hellenistic philosopher most appealed to the romans during the republic?
Hi can someone plz help me with letter A and if u know how to do any of the other ones!? Thanks sm!!!
In "Hamadi," by Naomi Shihab Nye, how does Susan's relationship with Hamadi affect the story? Hamadi's wisdom and experience help Susan develop a mature perspec