b. A music producer is recording a soundtrack for a new television wildlife programme that is being produced in collabor
Posted: Mon May 02, 2022 12:47 pm
Must show all mathematical working
b. A music producer is recording a soundtrack for a new television wildlife programme that is being produced in collaboration with the OU. The music producer wishes to use a sampling rate of 96 kHz with each sample being 3 bytes of data. The recording is being made on a single (mono) channel. i. How many bits are there in each sample? ii. How many bits per second are processed while the music is being recorded? Express your answer in scientific notation to 3 significant figures. iii. One piece of music is 5 minutes 10 seconds long, how many bits are processed in total? Express your answer in scientific notation to 3 significant figures. iv. If the sampling rate is reduced to 24 kHz how many bits will be processed using the same piece of music? Express your answer in scientific notation to 3 significant figures. v. What is the percentage decrease in the number of bits processed as a result of reducing the sampling rate from 96 kHz to 24 kHz. Express your answer to 2 decimal places.
b. A music producer is recording a soundtrack for a new television wildlife programme that is being produced in collaboration with the OU. The music producer wishes to use a sampling rate of 96 kHz with each sample being 3 bytes of data. The recording is being made on a single (mono) channel. i. How many bits are there in each sample? ii. How many bits per second are processed while the music is being recorded? Express your answer in scientific notation to 3 significant figures. iii. One piece of music is 5 minutes 10 seconds long, how many bits are processed in total? Express your answer in scientific notation to 3 significant figures. iv. If the sampling rate is reduced to 24 kHz how many bits will be processed using the same piece of music? Express your answer in scientific notation to 3 significant figures. v. What is the percentage decrease in the number of bits processed as a result of reducing the sampling rate from 96 kHz to 24 kHz. Express your answer to 2 decimal places.