What was the frequency of the source

Reference no: EM13322377

When doing a sound experiment, you recorded the sound of a single frequency sound source when it was stationary. You then placed the source on the back of your friend's bicycle and recorded the sound again as he rode away from you at 10 m/s. When the two recordings are played simultaneoulsy, you hear a beat frequency of 5.5 beats per second.

1. what was the frequency of the source?

2. what frequency did you hear as your friend rode away from you?

Reference no: EM13322377

Questions Cloud

What is the total pressure on the top of the block : A cube with the side length 1.53 meters of solid styrofoam is completely submerged in fresh water such that the top of the styrofoam block is parallel to the water surface and is 2.55 meters beneath the surface

Define the ionization constant for the weak acid ha : The ionization constant for the weak acid HA is 4.0 x 10^-8. Calculate the equilibrium concentration of H+, A- and HA in a 0.050 M solution of the acid.

Determine the value of the capacitor : Cosider a series RLC circuit. Thw applied voltage has a maximum value of 160V ans ocscillates at a frq. of 74 Hz. Determine the value of the capacitor

Compute the amount of acid neutralized by the tablet : After treating an antacid tablet with 5.00mL of 6M HCl, the unreacted acid was diluted to exactly 250mL with distilled water in a volumetric flask. 25.00 mL of that diluted acid required 17.03 NaOH to neutralize it. Calculate the amount of acid ne..

What was the frequency of the source : When doing a sound experiment, you recorded the sound of a single frequency sound source when it was stationary. what was the frequency of the source

What was the power of the blast : A short blast of sound with frequency 335 Hz is created by a speaker that projects the sound equally in all directions. what was the power of the blast

Find out the ionization constant of aqueous ammonia : Determine the ionization constant of a 0.0070 aqueous ammonia solution with an OH- concentration of 3.46 x 10^-4 M.

What is the position equation of the wave : A wave has a known propagation velocity of 4.32 m/s and a wavelength of 0.388 meters. What is the position equation of the wave

Write a memo for the tax files in response to ms. bell : Does Owl have to include the dividends in its computation of ACE, thus avoiding any AMT? Write a memo for the tax files in response to Ms. Bell.

User Account

All Pages