dannygoslau dannygoslau

23-01-2017
Physics

contestada

A flute plays a note with a frequency of 266 Hz. What is the speed of sound if the wavelength is 1.3 m?

Respuesta :

taskmasters taskmasters

31-01-2017

The speed of the sound (s) is determined by multiplying the wavelength (λ) by the given frequency (f).
s = (λ)(f)
s = (1.3 m)(266/s) = 345.8 m/s
Thus, the speed of sound is approximately equal to 245.8 m/s.

Answer Link

evanwall91 evanwall91

31-01-2019

The answer is 346 in edge

Answer Link

Otras preguntas

Elena was an economically disadvantaged student. The teacher defined her as a slow learner and assigned her to a lower ability group. Elena believed that her te

how to write my self in French

What is the common ratio between successive terms in the sequence? 27, 9, 3, 1, one-third, one-ninth, StartFraction 1 over 27 EndFraction, ... –3 – 3

Suppose a 40-year-old person deposits $12 comma 00012,000 per year in an Individual Retirement Account until age 65. Find the total in the account with the fo

If climate change continues to escalate and trends unfold as predicted, which of the following cities is most likely to suffer from severe water shortages? If c

In the laboratory a "coffee cup" calorimeter, or constant pressure calorimeter, is frequently used to determine the specific heat of a solid, or to measure the

verify that the positions of two particles can be written in terms of CM the CM and relative positions as r1 = R + m2r/M and r2 = R − m1r/M. Hence confirm that

Dolly was euthanized at a relatively young age for a sheep due to health problems. The popular press incorrectly attributed the health problems to premature agi

The purchase price of a camcorder is $678. What is the total price if the sales tax rate is 9.5%?

Suppose that the distribution of heart rates for medium sized dogs is normally distributed with mean 115 beats per minute and standard deviation 18 beats per mi