Sound Loudness and Amplitude

What determines the loudness of a sound?

Why do sounds get quieter when the distance from the vibrating object increases?

What is the maximum distance that particles move either forward or backward in a sound wave called?

How is loudness related to the amplitude of vibration?

What does the graph in a sound wave represent?

Which variable affects how far away the vibrating object is from the distance that particles in air will be pushed and pulled?

In which stage was energy dissipation explained?

Which property increases as the distance of each vibration in the object increases?

What is easier to draw, the movement of particles in air or a sound wave?

Sound waves are oscillations of pressure that propagate through a ______, such as air, water, or a solid.

Loudness is a subjective measure of sound's intensity, perceived by a human ______.

Pitch is an objective measure of the ______ of a sound wave.

Frequency is inversely proportional to ______: Higher frequency sounds have shorter wavelengths, while lower frequency sounds have longer wavelengths.

Understanding sound's loudness and pitch unlocks a deeper appreciation for this fundamental force of ______.

Sound waves can interfere with each other, leading to ______ or destructive interference.

After an echo, the sound might undergo several more reflections in a process called multiple-echo ______.

Standing waves form when two sound waves of the same frequency and wavelength interfere ______, creating a spatial pattern of high and low pressure.

Standing waves in a pipe or a column are called ______ or longitudinal modes.

Understanding sound and its properties has implications in several fields, including acoustics, audio engineering, architectural design, and ______.