Quote (bob(Cs2) @ Jul 25 2011 06:18pm)
You know more than me about music theory, thats a given. I'm self taught - everything i've learnt I've had to adapt - and because I do not understand notes and the depth that chords can go, I simply find a power chord and then play in that key. I wish I had your knowledge, but unfortunately I don't - so forgive my ignorance - I have only ever heard of the chord as the jimi chord - and I agree that it can be horrible sounding if you hit a note that clashes with the chord - but thats part of the learning process right?
DD - Listen to this man - he knows his shit.
Yeah, I didn't mean to jump on your neck or anything. I'm just saying that doing this is actually making things more difficult for you, so you may want to take the time to sit down and play the entire chord because it will give you notes to work off. As I've said, the problem with the power chord is that it contains so little information that you can go in a
lot of different places with it. This sounds like a good thing, and sometimes it is, but when you have the rest of the band playing more than just power chords, they've already gone places, and when you go places that contradict the places that they've gone while they're going there, you're going to get some really crappy sounds. So if you know which scale tones have already been defined for you, you can take a lot of the thinking out of improvising.
A quick example, using the 7#9 chord...
An E7#9 chord contains the notes E G# B D Fx. The E power chord contains the notes E B. This means that, going off the power chord alone, you can't possibly know that there's a major third (the G#) or a minor 7th (D) or an aug9 (Fx). I mean obviously you could listen to the song and hear those or do a harmonic analysis of the song and make conclusions, but if you just had to hit the ground running, you're making it a lot more difficult to do that by stripping out three of the five notes. Knowing the whole chord allows you to think to yourself "okay, if I work my way to a G# here, it'll sound good, because that's the third of the chord"; with the power chord you're forced to think "is it a major third? A minor third? Is it a suspended chord?" and you have to play off of the band instead of the band playing off of you. It also makes it easier to extend the chord if you know what's already there, because it tells you which extensions you have available to you. A popular addition to the 7#9 chord is a nat13. You can also produce an altered chord or a diminished scale sound by adding a b9 (this works especially well on #9 chords played on the V-of-vi subdominant -- in the key of C major, that's E7#9; if you're wondering why I can give you an explanation). There are other choices as well -- almost any time that you can add a nat13, you can also add a b13, for example -- but those are just some common ones.
Quote (DeathDeception @ Jul 25 2011 07:09pm)
i know what hes saying, but because i dont knowenough about this stuff, its taking a very long time to figure everything out. i need to learn theory.
guitar scales method has been downloadedd and hopegfully within a few months, i will have my shit togther.
Don't worry about any deadlines like that. The great thing about improvising is that with any amount of work, you will start to produce decent-sounding music pretty quickly; scales exist explicitly for this purpose. On that note, what I would suggest that you do is start out learning the major scale, and then the (natural) minor scale, and then the modes of the major scale. Don't just learn how to play them (although that's certainly important): Aim to understand how they're made and learn how to form all seven modes in all twelve keys
without your instrument. You want to naturalize these basically as much as possible, because the key tenant of improvising is that you have to make it up. The implication of that is that you need to be able to find and work with the key without going to yourself "durr well D is here and F# is here..." and so on. This sounds like a daunting task but it's not, as you'll discover quite quickly that everything scalar is built out of some real simple patterns.