To create a realistic soundscape for the viewer

To enhance the emotional impact of a scene

To provide information about the setting or characters

All of the above

Dynamic and condenser

Ribbon and condenser

Dynamic and ribbon

Condenser and ribbon

Dynamic microphones are more sensitive than condenser microphones

Condenser microphones are more sensitive than dynamic microphones

Dynamic microphones are less sensitive to handling noise than condenser microphones

Condenser microphones are less sensitive to handling noise than dynamic microphones

Shotgun microphone

Lavalier microphone

Boom microphone

Handheld microphone

To record sound from a distance

To record sound from a close-up

To record sound from a moving subject

All of the above

A mono recording has one channel of audio, while a stereo recording has two channels of audio

A mono recording has two channels of audio, while a stereo recording has one channel of audio

A mono recording has a wider frequency response than a stereo recording

A stereo recording has a wider frequency response than a mono recording

44.1 kHz

48 kHz

96 kHz

192 kHz

Bit depth is the number of bits used to represent each sample, while sample rate is the number of samples taken per second

Bit depth is the number of samples taken per second, while sample rate is the number of bits used to represent each sample

Bit depth is the number of channels of audio, while sample rate is the number of bits used to represent each sample

Bit depth is the number of bits used to represent each sample, while sample rate is the number of channels of audio

16 bits

24 bits

32 bits

64 bits

An analog recording is a continuous waveform, while a digital recording is a series of discrete samples

An analog recording is a series of discrete samples, while a digital recording is a continuous waveform

An analog recording has a higher frequency response than a digital recording

A digital recording has a higher frequency response than an analog recording

WAV

AIFF

MP3

AAC

A mixer is used to combine multiple audio signals into a single signal, while a recorder is used to capture and store an audio signal

A mixer is used to capture and store an audio signal, while a recorder is used to combine multiple audio signals into a single signal

A mixer is used to amplify an audio signal, while a recorder is used to capture and store an audio signal

A mixer is used to capture and store an audio signal, while a recorder is used to amplify an audio signal

To prevent an audio signal from exceeding a certain level

To increase the level of an audio signal

To compress an audio signal

To expand an audio signal

To reduce the dynamic range of an audio signal

To increase the dynamic range of an audio signal

To amplify an audio signal

To attenuate an audio signal

To adjust the frequency response of an audio signal

To amplify an audio signal

To attenuate an audio signal

To compress an audio signal