A device emits a sound wave in helium gas which then travels into standard air of...
A device emits a sound wave in helium gas which then travels into standard air of the same temperature. If the speed of sound in helium is about three times the speed of sound in standard air, which of the following is true?
The frequency of the sound is unchanged as the wave travels from helium to standard air while the wavelength increases.
The frequency of sound decreases as the wave travels from helium to standard air while the wavelength increases.
The frequency of sound increases as the wave travels from helium to standard air while the wavelength is unchanged.
The frequency of the sound is unchanged as the wave travels from helium to air while the wavelength decreases.
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A device emits a sound wave in helium gas which then travels
into standard air of...
A device emits a sound wave in helium gas which then travels into standard air of...
A device emits a sound wave in helium gas which then travels into standard air of the same temperature. If the speed of sound in helium is about three times the speed of sound in standard air, which of the following is true? The frequency of sound decreases as the wave travels from helium to standard air while the wavelength increases. The frequency of the sound is unchanged as the wave travels from helium to standard air while the wavelength...
Suppose you're on a hot air balloon ride, carrying a buzzer that emits a sound of...
Suppose you're on a hot air balloon ride, carrying a buzzer that emits a sound of frequency f. If you accidentally drop the buzzer over the side while the balloon is rising at constant speed, what can you conclude about the sound you hear as the buzzer falls toward the ground? a. the frequency remains the same, but the intensity decreases b.the frequency decreases and the intensity increases c.the frequency and intensity increase d.the frequency decreases and the intensity decreases
When in air, a waterproof speaker emits sound waves that have a frequency of 1000 Hz....
When in air, a waterproof speaker emits sound waves that have a frequency of 1000 Hz. Part A When the speaker is lowered into water, does the frequency of the sound increase, decrease, or remain the same? A) The frequency increases. B) The frequency decreases. C) The frequency remains the same. Part B When the speaker is lowered into water, does the wavelength of the sound increase, decrease, or remain the same? A) The wavelength increases. B) The wavelength decreases....
An oscillator vibrating at 1300 Hz produces a sound wave that travels through an ideal gas...
An oscillator vibrating at 1300 Hz produces a sound wave that travels through an ideal gas at 325 m/s when the gas temperature is 22.0 ∘C. For a certain experiment, you need to have the same oscillator produce sound of wavelength 28.9 cm in this gas. What should the gas temperature be to achieve this wavelength?
A 3385-Hz sound wave travels through air at 352. Determine the wavelength of the sound wave...
A 3385-Hz sound wave travels through air at 352. Determine the wavelength of the sound wave (in centimeters) Answer graph is a graph which displays the amplitude and position of a wave at a certain point in A Choose.. Choose.. e of MacBook Air FS F8 19 F10
a sound wave in air has a frequency of 262 Hz and travels with a speed...
a sound wave in air has a frequency of 262 Hz and travels with a speed of 343 m/s. how far apart are the wave crests? (compressions)
3) Please circle the correct answers, if there is no correct answer, then leave it blank(do...
3) Please circle the correct answers, if there is no correct answer, then leave it blank(do not circle 1. a) red light has a smaller wavelength and lower frequency than blue light. b) red light has a longer wavelength and higher frequency than blue light. 2. Since sound travels at about 340 m/s in air, we can see that a) electromagnetic waves travel at the same speed as sound. b) electromagnetic waves travel slower than sound if air is present....
A 33 kHz sound wave travels in air at v=355 m/s; what is the temperature of...
A 33 kHz sound wave travels in air at v=355 m/s; what is the temperature of the air through which it travels? b) What is its velocity and wavelength? c) Two sound waves arrive at an observer; one is -30 dB quieter than the other which is at 1000 mW/m2. What is the intensity of the quieter one in mW/m2?
13. Sound travels at 340 m/s in air and 68 m/s in a dense gas. If...
13. Sound travels at 340 m/s in air and 68 m/s in a dense gas. If the wavelength in the air is 2. 0 cm, what is the wavelength of sound of the same frequency in the dense gas? A. 10 cm B. 2. 0 cm C. 0. 40 cm D. 0. 89 cm E. 1. 4 cm F. 4. 5 cm G. 0. 80 cm
3. A sound traveling in air has a velocity of 340 m/s and a frequency of...
3. A sound traveling in air has a velocity of 340 m/s and a frequency of 200 Hz. What is its wavelength? What would be the wavelength if the frequency was (a) 2, (b) six times as great? If the sound travels at three times the velocity in a denser medium while the frequency remains the same, what are the wavelengths in each of the preceding cases?
A device emits a sound wave in helium gas which then travels into standard air of the same temperature. If the speed of sound in helium is about three times the speed of sound in standard air, which of the following is true? The frequency of sound decreases as the wave travels from helium to standard air while the wavelength increases. The frequency of the sound is unchanged as the wave travels from helium to standard air while the wavelength...
A 3385-Hz sound wave travels through air at 352. Determine the wavelength of the sound wave (in centimeters) Answer graph is a graph which displays the amplitude and position of a wave at a certain point in A Choose.. Choose.. e of MacBook Air FS F8 19 F10
3) Please circle the correct answers, if there is no correct answer, then leave it blank(do not circle 1. a) red light has a smaller wavelength and lower frequency than blue light. b) red light has a longer wavelength and higher frequency than blue light. 2. Since sound travels at about 340 m/s in air, we can see that a) electromagnetic waves travel at the same speed as sound. b) electromagnetic waves travel slower than sound if air is present....
3. A sound traveling in air has a velocity of 340 m/s and a frequency of 200 Hz. What is its wavelength? What would be the wavelength if the frequency was (a) 2, (b) six times as great? If the sound travels at three times the velocity in a denser medium while the frequency remains the same, what are the wavelengths in each of the preceding cases?
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