. A tuning fork oscillates at 284 Hz in air. Compute the wavelength of the tone emitted at 25 °C. a. b. 3.2912 m 1.1912 m C. d. 1.2192 m 2.1292 m

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Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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. A tuning fork oscillates at 284 Hz in air. Compute the wavelength of the tone
emitted at 25 °C.
a.
3.2912 m
b.
1.1912 m
. An organ pipe whose length is held constant resonates at a frequency of 224.0 Hz
when the air temperature is 15 °C. What will be its resonant frequency when the air
temperature is 24 °C?
227.615 Hz
277.115 Hz
a.
b.
C.
d.
a.
127.634 Hz
b.
237.609 Hz
. An uncomfortably loud sound might have an intensity of 0.54 W/m². Find the
maximum displacement of the molecules of air in a sound wave if its frequency is
800 Hz. Take the density of air to be 1.29 kg/m³ and the speed of sound to be 340
m/s.
10.1361 μm
10.6431 μm
C.
d.
1.2192 m
2.1292 m
C.
d.
8.8271 μm
9.8721 μm
Transcribed Image Text:. A tuning fork oscillates at 284 Hz in air. Compute the wavelength of the tone emitted at 25 °C. a. 3.2912 m b. 1.1912 m . An organ pipe whose length is held constant resonates at a frequency of 224.0 Hz when the air temperature is 15 °C. What will be its resonant frequency when the air temperature is 24 °C? 227.615 Hz 277.115 Hz a. b. C. d. a. 127.634 Hz b. 237.609 Hz . An uncomfortably loud sound might have an intensity of 0.54 W/m². Find the maximum displacement of the molecules of air in a sound wave if its frequency is 800 Hz. Take the density of air to be 1.29 kg/m³ and the speed of sound to be 340 m/s. 10.1361 μm 10.6431 μm C. d. 1.2192 m 2.1292 m C. d. 8.8271 μm 9.8721 μm
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