Guitar Chords in Context: A Beginner Guitar Chord Method for Kids and Adults (Paperback) (ISBN-13: 9798363274664)

Do you find mastering chords burdensome, and switching between them horribly cumbersome? Unlock the true potential of your guitar playing with Guitar Chords in Context. This transformative guide takes you on a musical journey that will forever change the way you approach guitar chords.

Imagine strumming your guitar effortlessly, transitioning between chords seamlessly, and playing your favorite songs with a newfound sense of confidence. In Guitar Chords in Context, you'll discover a sequential approach to mastering guitar chords.

This book combines a methodical approach to learning guitar chords with popular songs to accompany each lesson. Every chapter introduces one to three new chords with exercises and your favorite songs by artists like the Beatles, AC-DC, Nirvana, Vance Joy, Lukas Graham, the Lumineers, and more. With logical exercises and helpful chord diagrams you'll find yourself navigating the fretboard with ease.

This book is for anyone, any age eager to learn how to play guitar chords. By the time you've turned the final page, you'll have:

• Mastered essential chord shapes and variations.
• Unlocked the secrets of playing barre chords.
• Developed the ability to hold the guitar and play basic strumming patterns.
• Gained the confidence to play your favorite songs.

This book isn't just about chords; it's about empowering you to play your favorite songs.

Don't settle to have your guitar sit in the closet. Guitar Chords in Context is your ticket to guitar proficiency. Take action now, and you'll be strumming chords to all your favorite songs. Grab your copy today and embark on a transformative journey that will redefine your relationship with the guitar. Your musical destiny awaits!

Author: Francesco Barone
ISBN-10: 8363274666
ISBN-13: 9798363274664
Publisher: Independently Published
Language: English
Published: 11/12/2022
Pages: 70
Format: Paperback
Weight: 0.35lbs
Size: 10.00h x 8.00w x 0.15d