The Musician's Friend

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Additionally, this song is in Drop-C. Here’s how the tuning changes for each string: • E (6th string) tunes down to C • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Additionally, this song is in Drop-C. Here’s how the tuning changes for each string: • E (6th string) tunes down to C • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D In terms of frequency, if A4 (the A above middle C) is normally at 440 Hz, tuning down a full step would mean A4 is now at approximately 415.30 Hz1. This is because each semitone step in equal temperament tuning is a ratio of the 12th root of 2 (approximately 1.05946), and reducing the frequency by this ratio twice (for a full step) gives you the new pitch for A4. Here’s the calculation for the new A4 frequency when tuning down a full step: A4new=(122)2A4standard=(1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal. Remember to adjust your tuner accordingly when tuning down!

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

DROP-C TUNING Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Additionally, this song is in Drop-C. Here’s how the tuning changes for each string: • E (6th string) tunes down to C • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.

Tuning a full step down from A440 Hz means that you’re lowering the pitch of each string on your guitar by two semitones, or a whole tone. This results in the standard EADGBE tuning being adjusted to DGCFAD. Here’s how the tuning changes for each string: • E (6th string) tunes down to D • A (5th string) tunes down to G • D (4th string) tunes down to C • G (3rd string) tunes down to F • B (2nd string) tunes down to A • E (1st string) tunes down to D Here’s the calculation for the new A4 frequency when tuning down a full step: A4new= (122)2A4standard= (1.05946)2440 Hz≈415.30 Hz This tuning is often used to achieve a deeper, heavier sound, and is popular in genres like rock and metal.