Damn Tony! Is that a picture of you in front of your van? You must have had a rough year hommie! You look like a broke drunk Michael Douglas!!! LOL
that's famed Philly/NYC dealer Steve a/k/a Nick... dude is a fruitloop and a half, will try every tactic under the sun to talk you into buying things, and has more weird quirks than rain man... that said, dude gets SICK records and you can walk away with some stone cold deals... for a while most of my old jazz and country records seemed to come from him... he's banned from the WFMU show and i don't how regular he hits the flea market, but he's around...
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b][color:white] (generally from 20 hertz to 20 kHz)[/color] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]
[color:white]White noise is a sound that contains every frequency within the range of human hearing[/color].[/b] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b] [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color] .[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color].[color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b] [color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b] [color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b] [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].
[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color] .[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color]:[/b][color:white](generally from 20 hertz to 20 kHz)[/color]marquee scrollamount=16].[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing[/color] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b] [color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b][color:white] (generally from 20 hertz to 20 kHz)[/color] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]
[color:white]White noise is a sound that contains every frequency within the range of human hearing[/color].[/b] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b] [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color] .[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color].[color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]
[color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of fr
equencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b] [color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b] [color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing[/color]. [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b] [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color] .[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color]:[/b][color:white](generally from 20 hertz to 20 kHz)[/color]marquee scrollamount=16].[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing[/color] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. [color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b]
i think it's time for a record talk only day because a lot of the NRR post these days are retarded,unfunny and pointless....newbies have been getting away with murder lately clogging the board with bullshit...
I'll be on the road to L.A. bumping some old school Tejano jams with Mom. (Hey baby, que paso? I thought I was your only vato!) Hopefully by the time I return y'all will be back to the NRR fools I grew to love instead of the intimidating and autistic vinyl fetishists that used to bore me.
i think it's time for a record talk only day because a lot of the NRR post these days are retarded,unfunny and pointless....newbies have been getting away with murder lately clogging the board with bullshit...
Comments
Yes.. unless a topic on Sisqo shows up.
that's famed Philly/NYC dealer Steve a/k/a Nick... dude is a fruitloop and a half, will try every tactic under the sun to talk you into buying things, and has more weird quirks than rain man... that said, dude gets SICK records and you can walk away with some stone cold deals... for a while most of my old jazz and country records seemed to come from him... he's banned from the WFMU show and i don't how regular he hits the flea market, but he's around...
He is everywhere! More on the FMU banning please, though. What's the story behind that?
my only record related jpg....
gotta holler at one of those digis.
[color:green]STINKY!!![/color][/b]
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b][color:white] (generally from 20 hertz to 20 kHz)[/color] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]
[color:white]White noise is a sound that contains every frequency within the range of human hearing[/color].[/b] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b]
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color]
.[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color].[color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color].
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b]
[color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b] [color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b]
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b]. [/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color]
.[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color]:[/b][color:white](generally from 20 hertz to 20 kHz)[/color]marquee scrollamount=16].[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing[/color] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color].
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b]
[color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b][color:white] (generally from 20 hertz to 20 kHz)[/color] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]
[color:white]White noise is a sound that contains every frequency within the range of human hearing[/color].[/b] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b]
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color]
.[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color].[color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies.[/color].[/b]
[color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color].
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of fr equencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b]
[color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color] .[/b] [color:white](generally from 20 hertz to 20 kHz)[/color]:[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. .[/b][color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing[/color]. [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. .[/b][color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs[/color].[/b][color:white] because each successive octave has twice as many frequencies as the one preceding it[/color]. .[/b][color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color]. .[/b].[/b]
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with[/color].[/b][color:white] some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. .[/b][color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. .[/b][color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color]..[/b].[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. .[/b][color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. [color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color]
.[/b][color:white]white noise[/color].
[color:white]White noise is a sound that contains every frequency within the range of human hearing [/color]:[/b][color:white](generally from 20 hertz to 20 kHz)[/color]marquee scrollamount=16].[/b] [color:white]in equal amounts. Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]..[/b] [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]..[/b] [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]..[/b].[/b] [color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies..[/b]white noise
White noise is a sound that contains every frequency within the range of human hearing[/color] [color:white](generally from 20 hertz to 20 kHz) in equal amounts[/color]. [color:white]Most people perceive this sound as having more high-frequency content than low, but this is not the case[/color]. [color:white]This perception occurs because each successive octave has twice as many frequencies as the one preceding it[/color]. [color:white]For example, from 100 Hz to 200 Hz, there are one hundred discrete frequencies[/color]. .[/b][color:white]In the next octave (from 200 Hz to 400 Hz), there are two hundred frequencies[/color].
[color:white]White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles[/color]. [color:white]Pink noise is a variant of white noise[/color]..[/b][color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]. [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave[/color]. [color:white] White noise can be generated on a sound synthesizer. Sound designers can use this sound, with some processing and filtering, to create a multitude of effects such as wind, surf, space whooshes, and rumbles. Pink noise is a variant of white noise[/color].[color:white] Pink noise is white noise that has been filtered to reduce the volume at each octave[/color]..[/b] [color:white]This is done to compensate for the increase in the number of frequencies per octave[/color]. .[/b][color:white]Each octave is reduced by 6 decibels, resulting in a noise sound wave that has equal energy at every octave. [/color].[/b]
hells yeah, bring it
I'm all in.
I demand restitution.
Boooooring.
I'll be on the road to L.A. bumping some old school Tejano jams with Mom. (Hey baby, que paso? I thought I was your only vato!) Hopefully by the time I return y'all will be back to the NRR fools I grew to love instead of the intimidating and autistic vinyl fetishists that used to bore me.
Herm
Where is There's No Place Like America Today?
And what about "We're a Winner".... Curtisologist
cosign
In the "recent arrivals, yet to be filed" bin.
In the "easy access, 'cause I play the sh*t out of this" bin.
what's your favorite song on Hit Em' Hard?
Oh yeah, record day is cool....
did you find that cortex in philly?
Taking the day off work + record day + preppin' for record show =
Coffee and donuts mandatory. Get yo weight up!