In this Discussion
- Aleatory December 2010
- beckysioux December 2010
- darbie_starpower December 2008
- DJRose December 2010
- ezorvera November 2008
- firexpert6 December 2008
- jedi_grrlie March 2009
- KristaMichelle December 2010
- laeticia December 2010
- laydeejol December 2010
- llama0engine December 2008
- mayonaise November 2008
- quart87ghost November 2008
- Rebekker March 2009
- sureeyesawake December 2008
- swissfeast68 December 2008
- target35ghost December 2008
- Tempe Arizona December 2010
- thephantommilk December 2008
- toiletdog December 2010
- Totalgeek42 December 2010
- tune1shade December 2008
- violetchaos364 December 2010
- week84crab November 2008
- women60banana December 2008
- YoDoofball! November 2008
Comments
HOLY COW ACTUAL NEW MUSIC FOOTAGE HOORAYYYYY!
sounds good, does it not?
also: possible meanings of KAT?
ahhh so exciting!
i'm going to pretend it's an acronym for kick ass trumpet...
HOLY COW ACTUAL NEW MUSIC FOOTAGE HOORAYYYYY!
sounds good, does it not?
So good! I like the melodic guitars.
That was quite a teaser, I mean, I can't quite get a true feel for the song, just a tiny hint of a taste...I guess that's how it was meant to be though!! JUST ENOUGH TO KEEP US INSANE FOR MORE AAAAAGHHHHHHH!!!!!!!
Can't deal with this much excitement when I'm this pissed.
I love what I can hear of it. So looking forward to hearing the rest!
Seriously, why do bathrooms have like the best acoustics?
Seriously, why do bathrooms have like the best acoustics?
Yeah! They do. It's kind of funny that Dave uses it.
I like!
Indeed.
I didn't even notice the bathroom thing and had to watch it a third time.
I like how Dave Fridmann chuckles and shakes his head at 0:17.
Oh, and the song was good too.
Seriously, why do bathrooms have like the best acoustics?
Is that an actual question? Would you like me to answer it? Wouldja???
*super excited
Yes times 3.
Sound, as we all realize, is made by vibrations moving through the air and hitting the receptors in our ears, right? What creates the acoustical quality of the room is the amount of things off of which the sound can bounce or, conversely, be absorbed into. The softer the surface, more sound is absorbed into it, thereby muffling the sound. The harder the surface, the more vibrations bounce off of it, allowing the sound to continue. SO. Think about a bathroom - it's all tile and metal and porcelain, hard surfaces! The vibrations bounce off of one and move to another, where it will bounce again and again, creating an echo effect. Next think of how enclosed a bathroom is in compact space - the bouncing happens quicker. When echos happen this close together your brain doesn't necessarily recognize it as an echo, but rather as a fuller sound.
That's the short version. I could go into more if anyone were really interested.