Sound Waves Questions and Answers

A wave makes 54 vibrations in exactly 1 minute. What is its
Physics
Sound Waves Solutions
A wave makes 54 vibrations in exactly 1 minute. What is its frequency? A) 2.25 Hz (B) 1.80 Hz (C) 0.45 Hz (D) 0.90 Hz
Most people have experienced the Doppler shift and sound waves, but humans dont have direct experience with the Doppler shift and light waves. Why?
The human nervous system is not sensitive enough to detect the doppler shift in light waves
Only light from
Physics
Sound Waves Solutions
Most people have experienced the Doppler shift and sound waves, but humans dont have direct experience with the Doppler shift and light waves. Why? The human nervous system is not sensitive enough to detect the doppler shift in light waves Only light from stars is subject to the Doppler shift. Earth's atmosphere blocks the Doppler shift. The Doppler shift is too large for humans to perceive.
Questions # 3-5: On a hot, sultry day, a mosquito's wings
Physics
Sound Waves Solutions
Questions # 3-5: On a hot, sultry day, a mosquito's wings are producing annoying 912-Hz sound waves as it hovers near your ear. The speed of sound in air on this day is 344 m/s. 3. What is the sound's
12. The volume knob on a radio varies the resistance on a
Physics
Sound Waves Solutions
12. The volume knob on a radio varies the resistance on a line that goes to the speakers. At a low volume the resistance is 10,000 ohms. At a high volume the resistance is 10 ohms If the stereo
If the fundamental frequency of a string is 13 Hz, what is:
Physics
Sound Waves Solutions
If the fundamental frequency of a string is 13 Hz, what is: H2 = H3 = H4= H5 =
The notes produced by a violin range in frequency from
Physics
Sound Waves Solutions
The notes produced by a violin range in frequency from approximately 196 Hz to 2637 Hz. Find the maximum wavelength in air pro- duced by this instrument when the speed of sound in air is 345 m/s.
Find the minimum extra path travelled by wave from sources
Physics
Sound Waves Solutions
Find the minimum extra path travelled by wave from sources S₁, S2 in order, for observer at P, to detect maximum intensity if two sources are generating sound waves at frequency of 660 Hz in same
An organ pipe open at both the ends is provided with a hole
Physics
Sound Waves Solutions
An organ pipe open at both the ends is provided with a hole at the middle of the pipe. If speed of sound in air is 340 m/s and length of pipe is 17 cm, then fundamental frequency observed in the
The toadfish makes use of resonance in a closed tube to
Physics
Sound Waves Solutions
The toadfish makes use of resonance in a closed tube to produce very loud sounds. The tube is its swim bladder, used as an amplifier. The sound level of this creature has been measured as high as 100
A source of sound of frequency 300 Hz is moving rapidly
Physics
Sound Waves Solutions
A source of sound of frequency 300 Hz is moving rapidly toward a fixed wall with a velocity of 30 m/s. If the speed of sound is 330 m/s, then the frequency of reflected wave observed by stationary
A source emitting the sound of frequency 400 Hz is tied to a
Physics
Sound Waves Solutions
A source emitting the sound of frequency 400 Hz is tied to a string of length 1 m and rotated with an angular speed of 30 rad/s in the horizontal plane. Maximum frequency observed by an stationary
A flute player hears four beats per second when she compares
Physics
Sound Waves Solutions
A flute player hears four beats per second when she compares her note to a 659 Hz tuning fork (the note E). She can match the frequency of the tuning fork by pulling out the "tuning joint" to lengthen