CamFootball9008 CamFootball9008
  • 04-09-2019
  • Physics
contestada

What is the speed of sound at 33 °C (m/s)? For a frequency of 5 kHz, how large do you expect the wavelength to be (m)?

Respuesta :

Karabo99
Karabo99 Karabo99
  • 09-09-2019

Answer:

-The speed of sound at 33°C is 362.8 m/s.

-The wavelength at a frequency at 5 kHz is 0.07256 m .

Explanation:

let v = 343 m/s be the speed of sound.

let T be the temperature.

then the speed of sound V, at 33°C is given by:

V = v + 0.6×T

   = 343 + 0.6×33

   = 362.8 m/s

Therefore, the speed of sound at 33°C is 362.8 m/s.

the wavelength at a frequency of f = 5kHz = 5000 Hz is given by:

λ = V/f

  = (362.8)/(5000)

  = 0.07256 m

Therefore, the wavelength at a frequency at 5 kHz is 0.07256 m .

Answer Link

Otras preguntas

Social needs are acquired through?
Can someone help me with this whole page? Hurry it's due Monday!
A phone company uses the equation y=0.15x+10 to find y the monthly charge for a customer sending x text messages. How many text messages are sent if the monthly
Approximately how many miles apart are Petrograd and Moscow ? A. 200 B. 350 C. 500 D. 650
differentiate benzene and cyclohexane
6x squared plus 12x plus 13 equals 2x squared plus 4
What part of the cell produces ATP for the blueberry plant to grow? A. Mitochondrion B. Cytoplasm C. Ribosome D. Nucleus
A phone company uses the equation y=0.15x+10 to find y the monthly charge for a customer sending x text messages. How many text messages are sent if the monthly
Write -90.85 as a mixed number in simplest form.
How did rationing support the war effort in ww2?