EASY
Earn 100

How oscilloscope is used for analysing the frequency of sound. 

Important Questions on Sound

HARD
A wire length 1 m and mass 2 g is in unison with a tuning fork of frequency 300 Hz. Calculate the tension produced in the wire.
MEDIUM
Describe a simple experiment to show that the prongs of a sound-producing tuning fork are vibrating.
EASY
Which of the following represents the cosine wave pulse?
EASY
How do you lower the pitch of the note made by a stringed instrument like a guitar?
EASY

Question Image

This is the pulse of a cosine wave.

EASY
How does a vibrating tuning fork produce sound waves?                                            
EASY

Loudspeakers produce sound waves by causing a thin _____ to vibrate and disrupt the air pressure around it in the form of the intended sound wave.

EASY
A tuning fork has a number 384 marked on it. What does this number signify?
EASY
What conclusion can be obtained from the observation that when the prongs of a sound making tuning fork touch the surface of water in a beaker, the water gets splashed?
EASY
Why do large musical instruments usually make deeper sounds than small musical instruments?
EASY
How could you use a microphone and an oscilloscope to see what the sound waves made when you speak look like?
EASY
Which of the following represents the sine wave pulse?
EASY
Explain the two ways by which the pitch of the sound generated by a stretched string can be changed.
EASY
What conclusion can be obtained from the observation that when the prongs of a sound-making tuning fork touch the surface of water in a beaker, the water gets splashed?
EASY
Will shortening a guitar string make the pitch of the note higher or lower? Explain your answer.
EASY
Which of the following insect makes buzzing sound?
EASY
What does it mean if we say that a tuning fork has a frequency of 512 Hz?
EASY
Explain how the frequency of oscillation is related to the length of a pendulum and the amplitude of its oscillation.
MEDIUM
Initial value of sine wave pulse is _____.