[Intro]
Ssssssssuck
[Break]
Suction function
[Break]
Suck much?
[Verse 1]
The gravity of the situation
Directing the navigation
Don’t you know, creates the flow
[Break]
Look out below
[Break]
Here we go
[Break]
Who will remain?
Water down the drain
[Chorus]
The suction function
A natural reaction
Pressure! Combination
For sure, gravitation
The suction function
[Bridge]
Letting go
Watch the flow
Look out below
Here we go
Who will remain?
Water down the drain
[Instrumental]
[Verse 2]
Getting sucked down the drain
The force to sustain
Might as well let go
[Break]
Look out below
[Break]
In the flow
[Break]
Who will remain?
Water down the drain
[Chorus]
The suction function
A natural reaction
Pressure! Combination
For sure, gravitation
The suction function
[Bridge]
Letting go
Watch the flow
Look out below
Here we go
Who will remain?
Water down the drain
[Instrumental]
[Verse 3]
Annoyed? fill the void
The force to sustain will wane
On with the show
[Break]
Look out below
[Break]
In the flow, here we go
[Break]
Who will remain?
Water down the drain
[Chorus]
The suction function
A natural reaction
Pressure! Combination
For sure, gravitation
The suction function
[outro]
Letting go
Watch the flow
Look out below
Here we go
Who will remain?
Water down the drain
[End]
[Silence]
Water gets sucked down a drain due to a combination of gravity and pressure differences. When water is poured into a drain or flushed down a toilet, it creates a flow of water that is pulled downwards by gravity. As the water moves, it creates a low-pressure area behind it. This low-pressure area causes surrounding water, as well as air, to be drawn into the drain to fill the void left by the moving water.
Additionally, many drains are designed with a slope or curvature that helps direct the flow of water downward, further aiding in the suction effect. This combination of gravity and pressure differences creates the suction force that pulls water down a drain.