# What are the 5 properties of sound waves?

## What are the 5 properties of sound waves?

There are five main characteristics of sound waves: wavelength, amplitude, frequency, time period, and velocity. The wavelength of a sound wave indicates the distance that wave travels before it repeats itself.

What are the 4 properties of sound waves?

Sound is a longitudinal wave which consists of compressions and rarefactions travelling through a medium. Sound wave can be described by five characteristics: Wavelength, Amplitude, Time-Period, Frequency and Velocity or Speed. The minimum distance in which a sound wave repeats itself is called its wavelength.

What is reverberation in waves?

Reverberation is the reflection of sound waves created by the superposition of such echoes. An echo can only be heard by humans when the distance between the source of the sound and the reflecting body is more than 50 feet in distance. A reverberation can occur when a sound wave is reflected off a nearby surface.

### What are the effects of reverberation of sound?

Although reverberation can add naturalness to recorded sound by adding a sense of space, it can also reduce speech intelligibility, especially when noise is also present. Persons with hearing loss, including users of hearing aids, frequently report difficulty in understanding speech in reverberant, noisy situations.

How is the inverse square law for sound mitigated?

Go Back Inverse Square Law Plot A plot of the drop of sound intensityaccording to the inverse square lawemphasizes the rapid loss associated with the inverse square law. In an auditorium, such a rapid loss is unacceptable. It is mitigated by the reverberationin a good auditorium.

How is the sound produced by a violin heard?

These “oscillations” can be heard at certain levels by humans because they occur on frequencies that our ears can interpret. Without getting too technical, the following information explains how your violin makes the sound you hear.

#### How are rarefactions effected by a vibrating object?

The air around the vibrating object is effected by its motion, compressing the air molecules and moving them forward and then allowing a space for the air to retract (called, rarefactions). These “oscillations” can be heard at certain levels by humans because they occur on frequencies that our ears can interpret.

How does the length of a violin affect the frequency?

Important Variables that Influence the Amplitude and Frequency 1 Thicker strings (with more mass) vibrate at a slower rate than thinner ones, and are used accordingly. 2 Higher tension, like when you raise the pitch by increasing the “tightness” of a string, creates a higher pitch. 3 The length of the string effects frequency.