Will mark brainliest if correct. First come, first serve.

A musician has recorded some initial ideas for new songs which she wishes to share with her bandmates. As these are initial ideas she is not too concerned about the quality of the audio files she will send, but does wish the size of the files to be as small as possible so they can be easily downloaded by her bandmates, including using mobile data. Which of the following should she do to meet these requirements?

Select two answers.

☐ Save the audio using a low sampling rate.

☐ Save the audio using a low amplitude (volume).

☐ Save the audio using a high sampling rate.

☐ Save the audio using a low bit depth.

Question

Computers & Technology

Theodore Mcdaniel

15 July, 12:03

Will mark brainliest if correct. First come, first serve.

A musician has recorded some initial ideas for new songs which she wishes to share with her bandmates. As these are initial ideas she is not too concerned about the quality of the audio files she will send, but does wish the size of the files to be as small as possible so they can be easily downloaded by her bandmates, including using mobile data. Which of the following should she do to meet these requirements?

Select two answers.

☐ Save the audio using a low sampling rate.

☐ Save the audio using a low amplitude (volume).

☐ Save the audio using a high sampling rate.

☐ Save the audio using a low bit depth.

+3

Answers (1)

Know the Answer?

Victor Francis · Answer 1

Low sampling rate and low bit depth are the right options.

Explanation:

The low sampling rate and low bit depth can ensure less memory consumption. The musician here wants to record some initial ideas for some new song. And she is not concerned about the quality of the audio file she is going to send. And she wishes to send the size of the file that is as small as possible so that it can be quite easily downloaded by her bandmate. She can thus afford a low sampling rate and low bit depth, as the quality is not that important. And a low sampling rate and low bit depth can ensure less memory. Hence, these are the correct options here.