I remember when I was young, I thought the pickups were just tiny microphones. I tried screaming into them and nothing came out of the amp. Now I know why. Great video.
Excellent video. Thx! The guitar's signal shown on an oscilloscope would interest many, I think. Video Suggestion: Some electronics components can be connected to power sources and only draw enough power to work, but others will draw all power available until they burn up or explode ... why?
Each note is a given frequency. When we play chords, we are creating constructive and destructive interference utilizing those frequencies. When you play the low E on a guitar, then play E on the 2nd fret of the D string, some of those sound waves match up, creating constructive interference. constructive and destructive interference are fundamental concepts that are a part of the theory of music.
I remember when I was young, I thought the pickups were just tiny microphones. I tried screaming into them and nothing came out of the amp. Now I know why. Great video.
Well done. It's nice to hear information this accurate. Thank you!
Great video. Looking forward to more.
Astonishing sound engineering ! Blues, Rock, and Jazz wouldn't be the same if not for the electric guitar. ❤
Excellent video. Thx! The guitar's signal shown on an oscilloscope would interest many, I think. Video Suggestion: Some electronics components can be connected to power sources and only draw enough power to work, but others will draw all power available until they burn up or explode ... why?
It’s cool to know how things like guitars work
Each note is a given frequency. When we play chords, we are creating constructive and destructive interference utilizing those frequencies. When you play the low E on a guitar, then play E on the 2nd fret of the D string, some of those sound waves match up, creating constructive interference. constructive and destructive interference are fundamental concepts that are a part of the theory of music.