How can using more than one microphone on a single instrument result in capturing less sound?
A The positioning of a microphone has a greater effect on the sound captured than the number of signals recorded.
B An instrument should be recorded from many angles when using types of microphones that capture lower signals.
C Certain instruments benefit from using only one microphone due to the length of sound wave they produce.
D Placing two microphones at the wrong angle can cause them to sound “out of phase,” canceling each other out.
How can using more than one microphone on a single instrument result in capturing less sound?
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The correct answer is: D Placing two microphones at the wrong angle can cause them to sound “out of phase,” canceling each other out.
Explanation: When two microphones are used to capture sound from the same source, if they are not positioned correctly, their audio signals can interfere with one another. This interference can lead to phase cancellation, where certain frequencies are diminished or completely cancelled out, resulting in less sound being captured overall. Proper alignment and positioning of microphones are crucial to ensure they complement rather than detract from each other’s recordings.