To boost or cut specific frequencies in a signal.

To add reverb or delay to a signal.

To compress or expand the dynamic range of a signal.

To create a stereo image of a signal.

To boost or cut specific frequencies in a signal.

To add reverb or delay to a signal.

To compress or expand the dynamic range of a signal.

To create a stereo image of a signal.

To boost or cut specific frequencies in a signal.

To add reverb or delay to a signal.

To compress or expand the dynamic range of a signal.

To prevent clipping and distortion in a signal.

Mixing is done before mastering, and mastering is done after mixing.

Mixing is done on individual tracks, while mastering is done on the final mix.

Mixing is used to balance the levels of different tracks, while mastering is used to add effects and polish the sound.

All of the above.

The quality of the source material.

The skill and experience of the engineer.

The equipment used in the process.

The listening environment.

Read books and articles about the subject.

Watch tutorials and videos online.

Experiment with different techniques on your own.

All of the above.

Using too much EQ.

Using too much compression.

Using too much limiting.

All of the above.

Start with a good mix.

Use EQ and compression sparingly.

Use limiting carefully.

All of the above.

EQ.

Compression.

Limiting.

All of the above.

Mix engineers work on individual tracks, while mastering engineers work on the final mix.

Mix engineers use EQ and compression, while mastering engineers use limiting and dithering.

Mix engineers focus on the creative aspects of the sound, while mastering engineers focus on the technical aspects.

All of the above.

EQ.

Compression.

Limiting.

Dithering.

To reduce quantization noise.

To improve the dynamic range of the audio.

To make the audio sound louder.

To create a stereo image of the audio.

Analog audio is continuous, while digital audio is discrete.

Analog audio is stored on physical media, while digital audio is stored on electronic media.

Analog audio has a higher frequency response than digital audio.

All of the above.

The highest frequency that can be accurately represented by a digital audio system.

The lowest frequency that can be accurately represented by a digital audio system.

The frequency at which the human ear can hear.

The frequency at which the human voice can be heard.

The higher the sampling rate, the higher the bit depth.

The higher the sampling rate, the lower the bit depth.

The higher the bit depth, the higher the sampling rate.

The higher the bit depth, the lower the sampling rate.