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[DOC File]PIPES AND THE SPEED OF SOUND
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3. Make a data table to accommodate the following data: frequency of tuning fork, length of pipe above the water line, wavelength, speed of sound. Also have a space for the room air temperature, and the speed of sound calculated using the following relationship: Speed of sound = 330 m/sec + 0.6 m/sec/degree Celsius X room temperature . 4.
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[DOC File]Speed of Sound
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The speed of sound increases 0.607 m/s for every C. Calculate the speed of sound at the temperature of your room and compare your measured value to the accepted value. 4. Repeat this experiment, but collect data using a tube with an open end. First predict if …
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[DOC File]Speed of Sound
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Speed of sound in air is given by the equation where r is the gas constant, M is the molar mass of air and T is the Kelvin temperature. Use your measured value of speed of sound and the room temperature to obtain a value for the speed of sound in air at (a) 0oC, (b) at 100oC.
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[DOC File]Speed of Sound Lab
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The accepted speed of sound is 332 m/s at 0º C, and increases 0.6 m/s for each Celsius degree above zero. Use a thermometer to find the temperature of the room in º C. What is the accepted value for the speed of sound in your classroom?
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[DOC File]TAP 603- 4: Speed of sound and speed of molecules
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Here is a table of measured values of the speed of sound in three gases: Gas Molar mass / g Speed of sound at 273 K / m s–1 Speed of sound at 300 K / m s–1 Helium 4 972.5 1019 Nitrogen 28 337.0 355.5 Carbon dioxide 44 257.4 269.8 1. Which gas has the highest speed of sound, at either temperature? 2. Which gas has the least massive molecules? 3.
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[DOC File]Chapter 2
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22-3. What is the speed of sound in air (M = 29 g/mol and ( = 1.4) on a day when the temperature is 300C? Use the approximation formula to check this result. ; v = 349 m/s. v = 349 m/s. 22-4. The speed of longitudinal waves in a certain metal rod of density 7850 kg/m3 is measured to be 3380 m/s. What is the Young's modulus for the metal?
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[DOC File]Conceptual Physics Lab: Measuring the speed of …
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Compared to most objects, sound waves travel very fast – fast enough that measuring the speed of sound accurately is a technical challenge. One method is to time an echo. For example, if you were in an open field with a large building 100 meters away, you could start a stopwatch when a loud noise was made and stop it when you heard the echo.
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[DOC File]Speed of Sound Lab - Loudoun County Public …
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should give you the speed of sound. Attach the graph to this worksheet. Calculations: velocity = frequency x wavelength v = f . x. l. Conclusions: From the book and internet, find the answers to these questions: If the room temperature is warmer, how will that change the speed of sound?
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[DOC File]Speed of Sound in Air
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Therefore, the speed of sound in helium is about three times faster than the speed in air. In gases, the speed of sound depends on the temperature. In air, the speed increases approximately 0.60 m/s for each Celsius degree increase in temperature. Theoretically, you can calculate the speed of sound from the distance the sound travels and the ...
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[DOC File]Sound - SFA Physics, Engineering, and Astronomy
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The speed of sound depends on humidity, temperature, and wind speed. Thankfully for the music lovers among us, the speed of sound does not depend on the frequency. At sea level and 0° C in dry air the speed of sound is 1090 ft/s or 330 m/s. This value . increases. with temperature, density, and humidity. Reflection
speed of sound temperature calculator

Speed of sound temperature