Question

A flute plays a note with a frequency of 266 Hz. What is the speed of sound if the wavelength is 1. 3 m? 102 m/s 205 m/s 346 m/s 692 m/s.

Answer 1

The speed of the flute sound is 346 m/s. The speed of sound can be calculated by dividing the frequency of sound by wavelength.

How to calculate the speed of sound?

The speed of sound can be calculated by dividing the frequency of sound by wavelength.

$s = \dfrac f\lambda$

Where,

$s$  - speed

$f$ - frequency = 266 Hz

$\lambda$ -  wavelength =  1.3 m

Put the values in the formula,

$s = \dfrac {266 {\rm \ Hz}}{1. 3 {\rm \ m}}\\\\s = 346\rm \ m/s$

Therefore, the speed of the flute sound is 346 m/s.

Learn more about the speed of sound:

https://brainly.com/question/2685129

Answer 2

Answer:

345.8 (C) meters/sec is the answer!

Explanation:

~Hope this helps!