Pressure Waves (Radio Edit)
๐ต 753 characters
โฑ๏ธ 1:29 duration
๐ ID: 19082183
๐ Lyrics
The source of every sound is a vibrating body
Take for example
The vibrating drum head pushes against the air every time it moves outward
We call these pulses of compressions and rarefactions
P-P-P-P-P-P-Pressure waves
A drum
Each sound has a distinctive pitch, loudness, and quality
Waves which your ears pick up and analyze
But first let's investigate what causes sound
The source of every sound is a vibrating body
Take for example
A drum
The vibrating drum head pushes against the air every time it moves outward
We call these pulses of compressions and rarefactions
P-P-P-P-P-P-Pressure waves
The vibrating drum head pushes against the air every time it moves outward
We call these pulses of compressions and rarefactions
P-P-P-P-P-P-Pressure waves
Take for example
The vibrating drum head pushes against the air every time it moves outward
We call these pulses of compressions and rarefactions
P-P-P-P-P-P-Pressure waves
A drum
Each sound has a distinctive pitch, loudness, and quality
Waves which your ears pick up and analyze
But first let's investigate what causes sound
The source of every sound is a vibrating body
Take for example
A drum
The vibrating drum head pushes against the air every time it moves outward
We call these pulses of compressions and rarefactions
P-P-P-P-P-P-Pressure waves
The vibrating drum head pushes against the air every time it moves outward
We call these pulses of compressions and rarefactions
P-P-P-P-P-P-Pressure waves
โฑ๏ธ Synced Lyrics
[00:03.14] The source of every sound is a vibrating body
[00:06.45] Take for example
[00:09.17]
[00:15.07] The vibrating drum head pushes against the air every time it moves outward
[00:20.97] We call these pulses of compressions and rarefactions
[00:24.24] P-P-P-P-P-P-Pressure waves
[00:51.87] A drum
[00:54.29]
[01:26.47] Each sound has a distinctive pitch, loudness, and quality
[01:31.28] Waves which your ears pick up and analyze
[01:34.23] But first let's investigate what causes sound
[01:39.62]
[01:44.03] The source of every sound is a vibrating body
[01:47.18] Take for example
[01:49.46] A drum
[02:10.93]
[02:17.02] The vibrating drum head pushes against the air every time it moves outward
[02:22.57] We call these pulses of compressions and rarefactions
[02:25.62] P-P-P-P-P-P-Pressure waves
[03:07.86] The vibrating drum head pushes against the air every time it moves outward
[03:13.60] We call these pulses of compressions and rarefactions
[03:16.07] P-P-P-P-P-P-Pressure waves
[04:04.83]
[00:06.45] Take for example
[00:09.17]
[00:15.07] The vibrating drum head pushes against the air every time it moves outward
[00:20.97] We call these pulses of compressions and rarefactions
[00:24.24] P-P-P-P-P-P-Pressure waves
[00:51.87] A drum
[00:54.29]
[01:26.47] Each sound has a distinctive pitch, loudness, and quality
[01:31.28] Waves which your ears pick up and analyze
[01:34.23] But first let's investigate what causes sound
[01:39.62]
[01:44.03] The source of every sound is a vibrating body
[01:47.18] Take for example
[01:49.46] A drum
[02:10.93]
[02:17.02] The vibrating drum head pushes against the air every time it moves outward
[02:22.57] We call these pulses of compressions and rarefactions
[02:25.62] P-P-P-P-P-P-Pressure waves
[03:07.86] The vibrating drum head pushes against the air every time it moves outward
[03:13.60] We call these pulses of compressions and rarefactions
[03:16.07] P-P-P-P-P-P-Pressure waves
[04:04.83]