In a classroom experiment, a student tightly holds the prongs of a tuning fork after striking it and listens carefully. No sound is heard. Which explanation best fits this observation?
The vibrations are absorbed by the hand
Sound is produced by vibrating objects. When a tuning fork is struck, its prongs vibrate back and forth, and these vibrations set the surrounding air particles vibrating, which carries the sound to our ears.
When the student holds the prongs tightly, the hand stops their movement and takes up the vibrational energy. With the prongs no longer vibrating, no sound waves are produced, so no sound is heard.
Air is the medium that carries sound, so it does not block it. The fork was struck and was producing sound until it was held, and being made of metal is exactly what lets a tuning fork vibrate and ring.
Hence, The vibrations are absorbed by the hand.
Similar Questions
A student observes two different musical notes from two sources. Note X has a greater number of compressions passing a fixed point per second than Note Y, but both have the same loudness. Based on the characteristics of sound, what can be concluded about Note X compared to Note Y?
Which of the following statements best explains what happens to the speed of sound when it travels from air into water?
Reverberation is the phenomenon of:
If you shout to your friend who is at the same distance from you across a playground and is also touching the other end of a steel rail, through which path will your friend hear your voice first, and why?
Which of the following situations best illustrates the use of infrasonic waves in real life?
A school auditorium has walls covered with thick curtains. When a student shouts, very little echo is heard compared to a similar auditorium with bare concrete walls. Which property of the curtains primarily explains this observation?
Soft sounds are produced when the amplitude of vibration is ______.
A student claims that if a sound wave has a time period of 0.01 s, its frequency must be lower than that of a wave with a time period of 0.005 s. Is this statement correct based on the relation between frequency and time period?
Which quantity is directly proportional to the speed of sound, if the frequency is kept constant?
A teacher plays two musical notes: Note X has a frequency of 400 Hz, and Note Y has a frequency of 800 Hz. Which statement about their pitches is correct?
Important Questions from Wave
- When a longitudinal wave moves through a certain medium, the quantity which is transmitted through the medium is
- Which one of the following phenomena CANNOT be exhibited by sound waves?
Statement I: Sound waves can travel through vacuum.
Statement II: Light is an electromagnetic wave and can travel through vacuum.$\gamma$-ray consists of:
- For communication, elephants can make noises as loud as 103 decibels but they often use low frequency sound, some of which is passed through the ground. These sounds are called:
