Audio Engineering 101 Chapter 2. How
to Listen questions with answers.
Most humans hear best in the following order ANS -midrange, highs, and then lows.
as volume increases ANS -the different frequency ranges are heard more equally. especially at 80-85 dB
according to the fletcher-munsin curve.
When you are in the studio monitor mixes ANS -at both lower and higher volumes to ensure that the
recording sounds good when the music is played quietly or at full volume.
Around 95 dB, the ear's natural defense is ANS -to limit the volume of the sound. At volumes more than
that, the brain interprets bass sounds as flatter and treble sounds as sharper in pitch.
Frequencies that humans hear best are ANS -between 1 and 4 kHz
at lower volumes, the ear doesn't respond well ANS -to bass frequencies.
the resonant frequency of the ear canal, which is roughly ANS -3 kHz in an average adult ear.
resonant frequency means we humans are more ANS -sensitive to that particular frequency.
To ensure the mix is not bass heavy or bass light ANS -monitor sound between 80 and 85 dB.
Sound can be divided into three successively occurring categories that arrive at the ears in the following
order ANS -direct path, early reflections, and reverberation.
The direct path ANS -is the quickest path to the listener. It helps identify the location where a sound is
coming.
to Listen questions with answers.
Most humans hear best in the following order ANS -midrange, highs, and then lows.
as volume increases ANS -the different frequency ranges are heard more equally. especially at 80-85 dB
according to the fletcher-munsin curve.
When you are in the studio monitor mixes ANS -at both lower and higher volumes to ensure that the
recording sounds good when the music is played quietly or at full volume.
Around 95 dB, the ear's natural defense is ANS -to limit the volume of the sound. At volumes more than
that, the brain interprets bass sounds as flatter and treble sounds as sharper in pitch.
Frequencies that humans hear best are ANS -between 1 and 4 kHz
at lower volumes, the ear doesn't respond well ANS -to bass frequencies.
the resonant frequency of the ear canal, which is roughly ANS -3 kHz in an average adult ear.
resonant frequency means we humans are more ANS -sensitive to that particular frequency.
To ensure the mix is not bass heavy or bass light ANS -monitor sound between 80 and 85 dB.
Sound can be divided into three successively occurring categories that arrive at the ears in the following
order ANS -direct path, early reflections, and reverberation.
The direct path ANS -is the quickest path to the listener. It helps identify the location where a sound is
coming.
