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Physics Spreadsheet 20 - Enter the acceleration of...

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Physics Spreadsheet 20 15-Nov-07 By: Robert Rogers Question 1: Enter the length of the string (m): Enter the number of wavelengths: Enter the mass of the string (g): Enter the frequency of vibration (Hz): Enter the peak to valley displacement (m): Power along the string (W): #DIV/0! Question 2: Enter the average power output (W): Enter the distance from the source (m): Intensity of the waves (W/m^2): #DIV/0! Question 3: Enter the reduced sound level (dB): Distance from point source (m): 0 Question 4: Figure it out yourselves, partly because I cannot mathematically compute it. Also, because I am extremely lazy and don't want to use Mathematica. Question 5: Enter the ambulance velocity (m/s): Enter the car velocity (m/s): Enter the siren frequency (Hz): Enter the velocity of sound (m/s): Wavelength of sound person detects (m): #DIV/0! Question 6: Frequency the driver of the car hears (Hz): #DIV/0! Question 7: Enter the speed of sound in air (m/s):

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Unformatted text preview: Enter the acceleration of gravity (m/s^2): Enter initial frequency for tuning fork (Hz): Enter frequency reaching the person (Hz): Velocity of fork at wave emanation (m/s): #DIV/0! Time taken to fall to wave emanation (s): #DIV/0! Distance from person at emanation (m): #DIV/0! Time taken for wave to travel to person (s): #DIV/0! Total time of system (s): #DIV/0! Total distance travelled in system (m): #DIV/0! Question 8: Enter the rocket speed (Mach): Enter the distance from the observer (km): Angle between rocket and hypotenuse (rad): #DIV/0! Enter distance travelled by the rocket (km): #DIV/0! Question 9: Enter the speed of the bullet (Mach): Enter the velocity of sound in air (m/s): Speed of the bullet (m/s): Angle made between bullet and front (rad): #DIV/0! Angle made between bullet and front (deg): #DIV/0!...
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