cheerkennedym8510 cheerkennedym8510
  • 15-04-2020
  • Mathematics
contestada

the pitch of a musical tone varies inversely as its wavelength.one tone has a pitch of 460 vibrations per second and a wavelength of 2.2 meters. find the constant of variation

Respuesta :

Rau7star
Rau7star Rau7star
  • 18-04-2020

Answer:

1012

Step-by-step explanation:

Given:

pitch 'p' = 460 vibrations per second

wavelength 'w'= 2.2m

'k' represent constant of variation

'k' can be determined by taking the product of pitch and wavelength

k= p.w

k= 460 x 2.2

k= 1012

Therefore,

the constant of variation is 1012

Answer Link

Otras preguntas

A, B & C form a triangle where Z BAC = 90° AB = 4.8 mm and CA = 6.6 mm. Find the length of BC, giving your answer rounded to 1 DP.
Which of the following best describes the narrator's mother? from An Indian Teacher Among Indians II. A Trip Westward by Zitkala-Sa
Solve for u, z, y, or t.​
the average precipitation for each month in ontario
What were two weaknesses of the First New Deal? It created tension within labor unions. It failed to end massive unemployment. It failed to properly regulate th
why the Nazis had limited support in the years 1924-1928
can someone please summarize chapter 5 of the scarlet letter
Which of the following best describes the narrator's mother? from An Indian Teacher Among Indians II. A Trip Westward by Zitkala-Sa
The passage of a wave through a medium is...?
Find the perimeter. Simplify your answer.