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Standing Wave
Standing-Wave.mp3
Standing-Wave.mp4
Standing-Wave-Pt-2.mp3
Standing-Wave-Pt-2.mp4
[Intro]
Get off you seat
(Understanding standing)
Get on your feet
(Standing understanding)
[Verse 1]
Superpostion
(Identical waves)
Opposit3e directions
(The wave behaves)
[Chorus]
Interference
(Constructive)
Interference
(Destructive)
[Bridge]
I meant…
(Maximum displacement)
[Verse 2]
Harmonics
(Of music)
In the zone
(Of an overtone)
[Chorus]
Interference
(Constructive)
Interference
(Destructive)
[Bridge]
I meant…
(Maximum displacement)
Amaze
(Going through a phase)
[Chorus]
Interference
(Constructive)
Interference
(Destructive)
[Outro]
I meant…
(Maximum displacement)
Amaze
(Going through a phase)
Nodes
(Notes)
Antinodes
(And antidotes)
For days
(Going through a phase)
ABOUT THE SCIENCE
The physics of a standing wave involve the superposition of two identical waves traveling in opposite directions, resulting in a stationary pattern of oscillation within a confined medium. This phenomenon is a key example of resonance, where specific points in space remain fixed while others oscillate with maximum amplitude.
Interference (Constructive and Destructive):
* At certain fixed locations, the waves always meet in phase, leading to constructive interference and points of maximum displacement called antinodes.
* At other fixed locations, the waves are always 180 degrees out of phase, leading to destructive interference and points of zero displacement called nodes.
Resonance and Harmonics: Standing waves only form at specific, discrete frequencies, known as the natural or resonant frequencies of the system. These frequencies are often integer multiples of the lowest possible frequency (the fundamental frequency or first harmonic), which determines the various harmonics or overtones of the system.
From the album “Amplification“
View all episodes
By Standing-Wave.mp3
Standing-Wave.mp4
Standing-Wave-Pt-2.mp3
Standing-Wave-Pt-2.mp4
[Intro]
Get off you seat
(Understanding standing)
Get on your feet
(Standing understanding)
[Verse 1]
Superpostion
(Identical waves)
Opposit3e directions
(The wave behaves)
[Chorus]
Interference
(Constructive)
Interference
(Destructive)
[Bridge]
I meant…
(Maximum displacement)
[Verse 2]
Harmonics
(Of music)
In the zone
(Of an overtone)
[Chorus]
Interference
(Constructive)
Interference
(Destructive)
[Bridge]
I meant…
(Maximum displacement)
Amaze
(Going through a phase)
[Chorus]
Interference
(Constructive)
Interference
(Destructive)
[Outro]
I meant…
(Maximum displacement)
Amaze
(Going through a phase)
Nodes
(Notes)
Antinodes
(And antidotes)
For days
(Going through a phase)
ABOUT THE SCIENCE
The physics of a standing wave involve the superposition of two identical waves traveling in opposite directions, resulting in a stationary pattern of oscillation within a confined medium. This phenomenon is a key example of resonance, where specific points in space remain fixed while others oscillate with maximum amplitude.
Interference (Constructive and Destructive):
* At certain fixed locations, the waves always meet in phase, leading to constructive interference and points of maximum displacement called antinodes.
* At other fixed locations, the waves are always 180 degrees out of phase, leading to destructive interference and points of zero displacement called nodes.
Resonance and Harmonics: Standing waves only form at specific, discrete frequencies, known as the natural or resonant frequencies of the system. These frequencies are often integer multiples of the lowest possible frequency (the fundamental frequency or first harmonic), which determines the various harmonics or overtones of the system.
From the album “Amplification“