Fun Science Sound Song Chords

Standard (EADGBE)

C1It starts with an Gidea or an D♯impulse to make a Fsound,

 And then a C1message gets sent Gto my head where my D♯vocal chords are Ffound.

 And theA♯y vibrate, and cause thFe air to vibratCadd9e too.

 Then the A♯air gets shot out of myF mouth on its way to Gadd9you!

C1This vibration GI've just made D♯travels as a Fwave,

 But if C1I vibrated Gdifferently then it would D♯cause the wave to Fchange.

 If I sing A♯low then the Ffrequency of the wave Cadd9drops.

 If I sing A♯high then the Ffrequency is high too.

 And if I sing loud then my micro-phone pGadd9ops!

 The C1sound wave travels Gthrough the air D♯unless it hits a Fwall

 Then the C1higher frequencGies get absorbed and theD♯ deeper ones pass Fthrough

 And that's why A♯when I'm behind a Fwindow I sound like Cadd9this.

 And if the A♯wall is hard theF sound bounces back and you can hear an Gadd9echo!

 The sound is C1captured by my Gmicro-phone and D♯sorted digitallyF,

 That was unC1til you play this Gvideo and now your D♯speakers are mimickingF me

 And now the A♯waves are back and gFoing into your eCadd9ar.

 Only 6 more A♯steps inside your head until you get to hGadd9ear!

C1Sound is Gtouch at a A♯distance,

FWhen they say that C1music can Gtouch you, it lA♯iterally doFes.

C1Sound is Ga vi-ber-A♯ation,

 But Fthanks to modern C1science Gwe can know that it'sA♯ shaking our eardrums:

 (still A♯)

And the drum then shakes some tiny bones

C1And the bones send vibrations to a liquid

A♯And the waves in the liquid bend some hairs

C1And the hairs send a signal to the brain

A♯And it's only when it forms a pattern in your C1head that you can Gadd9hear!

C1 G A♯ F C1

Then he never really did figure out a good way to end that song... ;)

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