how dose a musical trangle work?
540642
Think of the triangle being way bigger. Like, 2 inches thick and a few yards long. Now, knock your fist on that huge triangle. It vibrates...like a metal banister on a set of public stairs. Why? The sound is produced when you knock your fist against it, and the sound travels back and forth while the pole continues to vibrate. Now shrink the triangle back down to normal size, and hit it again...the noise produced is much higher pitched, because the triangle is not as thick or as long as a metal banister.\nI hope this helps.
715173
For encryption they use prime numbers.  I'd go backwards and find a way to play a prime number on a musical instrument.  If there's a rythm, it would be easy to crack the code.
349478
Firstly, you need to be able to play your instruments well.\nSecondly, to get that sound, one need only apply some\ntype of sound changing device. A common way to change a \nguitar sound is using a stomp box. There are different kinds.\nDistortion pedal is used to dirty up the sound. Compression\nis used to add "punch" to your guitar so it can be heard \nthrough the mix of other instruments. Delay devices can \nadd "shimmer" or "echo" type effects. These can also be\ndone by computer programs. And who can resist the "wah"\nsound of a pedal? I don't know exactly what they use, but\nthis is a good guess perhaps.
1059361
You get lower notes that way...tune your low E down to a D or even a C...you get a nice drone going that way (especially if what you're playing is in D, E, F, G or C)
1169497
YES, BUT I AM WONDERING...CAN  YOU PLAY MUSIC?
926607
im guessing that you mean the sheet music for it ... i've figured this one out before. lets see if i can transcibe it. this is the main part. i dont have a keyboard in front of me\n\nplay these doing down in sound:\nD# B F# / go up: D# E / go down: C# G#\ndown: E D# C# / up:D# down: B G#\nup D# E / down B G#\nup: E down D# C#\n\nhope this makes sense ... it is right!
438153
I don't know really....I am trying to think...\n\nMaybe just the way the notes make the melody...the minutes and hours make time...\n\nAnd just like a melody slips by us smoothly....so does time..
440243
It is called an artificial harmonic.  It is used widely in classical guitar music also (Classical guitarist here)\n\nOk, this is gonna be tricky to explain, but I will try.\n\nTouch the top E string right over the top of the twelth fret very light with the index finger of your right (strumming) hand using the 3rd finger pick the string - you get a single hand harmonic - much the same as if you use your left hand to touch the string.  This is the basis for artificial harmonics.  For each fret, there is an area where your right hand is that will give you a harmonic.  YOu will need to play around with this.  What you need to do is as you pick the string, let the skin on the left side of your thumb nail touch the string really lightly - this will cause an artificial harmonic.  Depending on where abouts you do this, the harmonic will be a different pitch.  I know that sounds really confusing, but it is really hard to describe.  If you google "artificial harmonic" or "overtone" or "pinch harmonic" you will be able to find heaps of info!  Good luck!
905952
Commercial radio stations transmit signals using two types of schemes.....AM (Amplitude Modulation) and FM (Frequency Modulation).\n\nIn both types of schemes, the voice/music/audio is imposed upon what is known as the carrier wave. This carrier wave is generated at the radio station and has frequency within a certain portion of the range. For example FM radio stations typically have a range of 88 MegaHertz (Million Cycles Per Second) to 108 MegaHertz.\n\nSo, when your station changed from 93.9MegaHertz to 98.3MegaHertz, what they changed is the frequency of the carrier wave.\n\nThe music/voice/audio then is used to modulate (change) this frequency by a pre-determined amount.  Other radio stations are assigned carrier wave frequencies in such a way that two adjacent stations will not broadcast on top of each other.\n\nFor example, since your station now broadcasts on 98.3 MegaHertz frequency, the adjacent stations will be assigned frequencies of 98.5MegaHertz (above your station's frequency) and 98.1 MegaHertz (below your station's frequency).\n\nHope this helps.
257236
It creates the acoustics of the guitar. That's why electric guitars don't have them.
949389
get old fashion tuning forks, and tune it by your ear. That is how they were tuned for hundreds of years, and regardless, it will sound right to you!\n\nIn 1975 my friend introduced me to tunning pianos. I had NO clue, but could match the strings to the sound of the tunning fork.
597765
Math is used in music everywhere. A lot of the theory behind music deals with math. My theory professor in college was big into using math-like equations to solve theory problems. It can be used in the circle of fiths, finding intervals, chord progressions. About anything! A more recent math/music related thing is Schoenberg's 12 tone system. He uses math and notes to come up with all the different ways to arrange the 12 different notes on the keyboard. You can create a whole matrix just using a certain progression of notes. It's really interesting! To find more information try looking in some college music theory books. Or contact a theory professor at a local college! They could give you lots of good examples.
872751
Some tablature has arrows that go up and down. The best way is to just really listen to the song. If you listen to it long enough and practice at it you'll get it eventually. It took me awile to develop an ear for rythem when I first started playing guitar. So just hang in there
332321
It contains 2 parts.\n\n1. Vibrating string produces sound\n2. Vibrating air column produces sound\n\nThe string vibrates and also forces the air inside the guitar to vibrate. Both combinely give the sounds.\n\nFor strings, the frequency depends on 2 factors - tension in wire and lenght of wire. The tension is changed by tightening the screws and lenght is varied by placing finger at different places.
979603
i think its smthg like if u play music to a plant it makes it grow faster.... but m not so sure abt it...
340140
you would need to share the folder you have in your music in and also pipe the sound from that computer to your input on your sound system, better system would use terminal server a rdp into your main computer and access the app and music and sound from the main computer.
517188
It is possible to encode sound into light, send it through space, then decode it back into sound.  You can do this by using the amplitude modulation of light.  Basically, you make the light "wiggle" and it then has a pattern of the sound vibrations.  See my sources for complete details.  It also explains step by step how to build such an apparatus.