100 + Best Electric guitar facts for kids

The electric guitar, invented in 1931 by George Beauchamp, revolutionized music as a string instrument played primarily with a pick or fingers. It incorporates electric pickups and wire-wound magnets converting string vibrations into electric current, which is then amplified to produce sound and can be manipulated for effects. Key components include the neck, pickups, tuners, bridge, input, body, frets, pickguard, volume knobs, and tone knobs, with potential variations for sound customization. 

While electric guitars typically feature a single neck with six strings, variations like 12-string and multi-neck guitars exist. They are manufactured worldwide by numerous handmade and factory-produced companies with notable brands, including Fender, Gibson, and Ibanez.

List of Electric guitar facts for kids

Introducing kids to the fascinating world of electric guitars! These instruments, invented in 1931 by George Beauchamp, are vital to modern music. Electric guitars use electric pickups to convert string vibrations into electrical signals, amplified to create sound.

They’re played with picks or fingers and offer endless possibilities for creativity. Did you know? Guitars come in various styles, like the classic six-string and the unique 12-string versions. Brands such as Fender, Gibson, and Ibanez craft these instruments, which musicians worldwide love. Let’s explore the exciting world of electric guitars together!

Read More: Guitar facts for kids

Introduction to playing

Guitar strings are typically tuned to EBGDAE, from highest to lowest pitch. Electric guitars feature 21, 22, or 24 frets along the fretboard. Moving towards the body from the head, notes ascend from E to D#. Each fret raises the pitch by a semitone. Initially, fretting may cause discomfort, but with practice, fingers adapt.

Reading guitar tablature

Guitarists often utilize tablature (or “tab”) as a simplified notation system for sharing music. Unlike traditional musical notation, tabs don’t typically indicate rhythm but offer a straightforward way to read guitar notes. Tabs can be found online, in books, and magazines, making them accessible to many.

To read the guitar tab, generally, there is a staff like this:

high E ———————————————————————————————

B ———————————————————————————————

G ———————————————————————————————

D ———————————————————————————————

A ———————————————————————————————

low E ———————————————————————————————

Each line represents a string. The tab is always read as if the player were holding the guitar on their lap, strings facing up. Each number then represents what fret the finger is placed on.

E —————–0——————————————————————————————————————

B —————–0——————————————————————————————————————

G –1————-1—————————————————————————————————————–

D —-2———–2—————————————————————————————————————–

A ——2———2—————————————————————————————————————–

E —————–0——————————————————————————————————————

In tablature, each string is represented by a line on the staff, with numbers indicating fret positions. It’s read like the guitar was held on the lap, strings facing up. Stacked numbers suggest strumming chords, while individual numbers indicate picking each string. Some guitar music combines tablature with traditional notation, offering both formats for reference.


Electric Guitar (Superstrat based on ESP KH - vertical) - with hint lines and numbers

Electric guitars exhibit diverse designs and construction, varying in body shape, neck configuration, bridge style, and pickup arrangement. However, certain elements are standard across most models. Illustrated below are the fundamental components of an electric guitar:

Headstock (1): Houses the metal machine heads (1.1) for tuning and features the nut (1.4), a thin strip supporting the strings.

Neck and fretboard (2.1): Extends from the body, with frets (2.3) stopping strings at specific pitches. The truss rod (1.2) maintains neck straightness.

Body (3): Typically crafted from wood with a durable finish, housing pickups (3.1, 3.2) convert string vibrations into electric currents.

Bridge: Options include fixed (3.4) or vibrato bars, allowing pitch bending or vibrato embellishments.

Pickguard: Shields the body from scratches and covers wiring.

Choice of Woods: Influences sonic characteristics; standard options include alder, mahogany, and maple.

Output Jack: Transmits the electric signal, often featuring a mono plug, though some guitars offer stereo outputs.

Cable Connectors: Utilize high-impedance 1/4-inch plugs with stereo options using a tip, ring, and sleeve configuration.

Specialty Features: Some guitars incorporate stereo outputs or exotic connectors for enhanced functionality, such as midi or hexaphonic pickups.

These elements collectively shape each electric guitar’s unique sound and playability, reflecting a blend of tradition and innovation in musical instrument design.

Guitar amplifier


The solid-body electric guitar relies on electronic amplification to effectively project sound in performance settings, requiring connection to an amplifier, mixing console, or PA system.

Guitar amplifier design diverges from standard audio amplifiers, prioritizing tonal coloration and overdrive/distortion effects over fidelity. Guitarists often seek specific tonal characteristics, manipulating high frequencies and distortion levels to craft their unique sound. Distortion, achieved through overdriving preamplifiers, enhances sustain and alters the instrument’s timbre, particularly favored for solos.

Over time, amplifier manufacturers integrated distortion capabilities into their designs, offering dedicated channels for clean and dirty tones. Tube amplifiers, renowned for their distortion characteristics, remain popular in blues and rock genres, with attempts to replicate their sound using solid-state technology.

Guitar amplifiers frequently feature onboard effects such as tremolo and spring reverb, while modern amps offer built-in distortion effects and a range of modulation options. External effects, like stompbox pedals, are incorporated via effects loops, allowing players to toggle the impact in and out of the signal path.

Advancements in amp modeling technology digitally simulate the characteristics of various amplifiers and speaker cabinets, offering versatility and convenience. However, opinions vary on the musical authenticity of digital modeling compared to traditional tube amplifiers.

Effects units

DS 1 Distortion

In the 1960s, the sonic landscape of the electric guitar expanded with the introduction of effect units, notably the fuzz pedal. These units, altering the guitar’s signal before it reaches the amplifier, came in various formats, including the stompbox pedal and rackmount unit.

Stompboxes are compact metal or plastic boxes placed on the floor in front of the musician and connected to the instrument via a patch cord. Controlled by foot-pedal switches, they typically offer one or two effects, making them smaller and more affordable than rackmount units. Guitarists utilizing multiple stompboxes often assemble DIY or commercially available pedalboards for organization and convenience.

Rackmount units, resembling standard 19″ equipment racks, contain similar electronic circuits as stompboxes but are designed for integration into road cases for transport. These units, often equipped with multiple effects, are controlled via front-panel knobs, switches, and sometimes MIDI interfaces.

Common effects include:

  • Stereo chorus, phasers, and flangers, altering pitch for swirling and whooshing sounds.
  • Octavers, shifting pitch by precise intervals.
  • Distortion, ranging from transistor-style fuzz to vacuum tube emulation.
  • Filters like the wah-wah.
  • Envelope shapers such as compression and volume swell.
  • Time-shift effects like delay and reverb.

Frequently Asked Questions

What is an electric guitar?

An electric guitar is a musical instrument that produces sound through electronic amplification. Unlike acoustic guitars, electric guitars require amplification to be heard clearly.

Who invented the electric guitar?

The electric guitar was invented by George Beauchamp in 1931.

How does an electric guitar work?

Electric guitars use pickups to convert string vibrations into electrical signals. These signals are then sent to an amplifier, which amplifies the sound so it can be heard.

What are the parts of an electric guitar?

Some common parts of an electric guitar include the body, neck, frets, pickups, tuners, bridge, and input jack.

How many strings does an electric guitar have?

Most electric guitars have six strings, but some models may have seven or even twelve strings.

What are the different types of electric guitars?

There are various electric guitars, including solid-body, hollow-body, and semi-hollow-body guitars. Each type has its unique sound and characteristics.


Electric guitars are fascinating instruments that have revolutionized music since their invention in 1931. With their unique ability to produce amplified sound, they have become essential in various genres and styles of music. From rock and blues to jazz and pop, electric guitars offer versatility and expression for musicians of all ages.

Playing the electric guitar can be rewarding, requiring dedication and practice. Children can explore their creativity and develop musical skills with the proper guidance and resources.

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Band Xpert is the home to guitar lessons, tutorials, articles on how to improve your guitar playing, rock bands, exercises, chords, tabs, scales, articles on famous musicians, and much more.

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