Have you noticed how certain notes (eg all Notes or D # notes) the sound richer and better support the guitar in particular? Sometimes you can find some notes on the guitar that are brighter and just seem to sound, while others are "not so good" or even just seem a little die?

Each object has certain frequencies you want to vibrate and others do not. An example close to home is a guitar string. If you start a chain perfectly E tuned down, vibrate back and forth 82 times per second. As it moves back and forth, disturbing the air 82 times per second. And, like ripples in a pond, the waves sound spread through the air and strike our eardrums 82 times per second and "hear" a note by mail.

The frequency that an object that wants to vibrate to (or fans) are called resonant frequencies. Like a pendulum that likes to swing back and forth at a specific rate or frequency, a guitar string, a guitar body or neck of the guitar vibrates back and forth at certain frequencies better than others.

82 times per second or 82 Hertz, is the resonance frequency is properly tuned low E string is. We start to get it running. After that, find the 82 Hz frequency alone. For this course – each time due to 82-Hz is the resonance frequency.

In general, Larger objects tend to vibrate or oscillate at lower frequencies than smaller objects. That's why bass guitars are older than six strings. Guitars Bass chains have more and larger than standard guitars. And these big chains like to vibrate at lower frequencies (tones) of shorter strings of a guitar. Also the base and neck likes to vibrate (resonate with) the lower frequencies than a guitar does.

And when you fret a note, you really shortening the chain. This makes it smaller so that it can vibrate faster and create a higher pitch or tone.

This phenomenon is also indeed, the exact reason why we can hear the bass and drum better when the neighbor becomes the loud music in the apartment next door. The wall (a very large object) likes to resonate at very low frequencies. The higher frequencies can not move an object so big, so do not come through.

It's the same with his guitar. Some tones are naturally stronger because they are resonant frequencies. Other sound dead because they are not. Resonant frequencies tend to be amplified better for the guitar and kept for long periods of time. This is the reason that sounds like stronger or richer. The resonance frequencies tend to be absorbed or softening of the guitar and hear as if they were weaker.

All objects have certain frequencies at which naturally tend to vibrate. These frequencies natural resonant frequencies are called. Resonance frequencies are determined by the geometry, weight and structure of the object. In general, larger objects have lower resonance frequencies of smaller objects. The weight, shape, size, materials and construction of the guitar, all determine the frequencies of resonance of the guitar and therefore the overall sound quality of his instrument.

Robert M. Matthews (better known as Bob Matthews) is currently retired after more than 30 years of engineering and management experience.

As an avid guitar player for more than 35 years, Bob has created a website specifically for guitar players and future guitar players. The site is packed with a wealth of information and articles on guitars, music theory, guitar tips and lessons, as well as many entertaining and instructional videos. Feel free to visit the site at http://www.Learn-Guitar-Quick.com for great guitar-related information. While there, be sure to claim your FREE GUITAR LESSONS available on the front page. And… be sure to follow me on Twitter at http://twitter.com/GuitarBobb.

Common Guitar Problems – Part 1 of 3