What sound velocity would one expect under the conditions

Assignment Help Physics

Reference no: EM13339356

we have a tuning fork with a frequency f resonating in a cavity with an open top of width 2.54cm and a length of 20.4cm at 20 degrees celsius and one atm

A.) What is then the frequency f and wavelength \lambda of this tuning fork

B.) If the pressure was 1.012bar what sound velocity would one expect under these conditions.

C.) Estimate the tube length L' where the next resonance should be.

D.) What would happen if the tuning fork were moving toward the half open tube with a velocity of 10 m/s? What would be the new frequency?

Reference no: EM13339356

Questions Cloud

Determine what is the work function of the photocathode : Electrons emitted by the photoelectric effect are accelerated and then strike a phosphorescent screen, causing it to glow more brightly than the original scene.

Find the recoil speed of the scattered electron : A photon undergoing Compton scattering has an energy afterscattering of 800 keV, and the electron recoils with an energy of 200keV

Find the total power : Decompose s(t) into a linear combination of sinusoidal functions and find the amplitude, frequency, and phase of each component.

Why sports direct uses of accelerated depreciation method : Explain why Sports Direct uses of accelerated depreciation method for plant and equipment and uses of the straight-line method for most of its other assets and identify the revenue recognition method(s) used by Sports Direct as discussed in its no..

What sound velocity would one expect under the conditions : we have a tuning fork with a frequency f resonating in a cavity with an open top of width 2.54cm and a length of 20.4cm at 20 degrees celsius and one atm

Find the angle at which the photon is scattered : A photon undergoing Compton scattering has an energy afterscattering of 800 keV, and the electron recoils with an energy of 200keV

Obtain the period of the orbit : Whenever two Apollo astronauts were on the surface of the Moon, a third astronaut orbited the Moon. Determine the period of the orbit

Determine what is the rate of flow of the material rm : If the entrance velocity into the pipe is 12.5 m/s, what is the rate of flow of the material (air) 'Rm'? What is the velocity 'Vf' when the air is ejected into the surroundings at 1 atm through a nozzle

Determine what is the approximate range of radii of stars : a. What star has the coolest surface temperature b. Which star has the hottest surface temperature c. What is the approximate range of radii of stars in the main sequence compared to the size of the sun

User Account

All Pages