You can graph the changes in pressure. Or you can separate the sound into frequencies, and graph those (by amplitude).
yes
A sound wave graph represents the changes in air pressure over time caused by a sound wave. It can be used to analyze sound waves by showing the frequency, amplitude, and wavelength of the sound wave, which can help determine characteristics such as pitch, volume, and timbre.
To model a compression wave like sound using a graph, you can plot the changes in air pressure over time. The graph will show peaks and troughs representing the compressions and rarefactions of the wave as it travels through the air. This visual representation helps to understand the pattern and characteristics of the sound wave.
The A in staff is a short A vowel sound, as in chaff, calf, half, graph, and laugh.
A decibel scale graph can provide information about the intensity or loudness of sound at different frequencies or time intervals. It can show how sound levels vary across different frequencies or how they change over time.
The amplitude of a sound is typically represented by the height or intensity of the sound wave. In a waveform graph, the amplitude is shown by the distance between the peaks and troughs of the wave. The greater the amplitude, the louder the sound.
graph : a drawing, a scetch photo-graph photo: light, a drawing made by light sono-graph a drawing made of sound (ultrasound waves) phono-graph phono: voice, a device made to capture and play voice,music
An acoustic envelope is a graph that describes the pitch, volume or other such parameters of a sound over time.
Sound waves are typically represented visually as waveforms, which depict the amplitude (volume) of the sound over time. These waveforms can be displayed as a series of peaks and troughs on a graph or as a waveform in audio editing software. Additionally, sound can be represented in a spectrogram, which shows how the sound's frequency content changes over time.
The categories make it sound like it is by country, the one unifying factor that would make the graph make sense. And that is how I'd present the info.
The sound with the largest amplitude will be the one with the highest intensity or volume. It will have the tallest wave peaks when represented on a graph.
The slope of a wavelength vs period graph represents the speed of the wave. A steeper slope indicates a higher speed, while a gentler slope indicates a slower speed.