If we record a song that is one minute long using 16 bits for each sample and is sampled at 44.1 KHz in mono channel, without any metadata or compression, how large would the file be? Express your answer in MB. Show you work. (Note that 1KHz means 1000Hz while IK means 1024 (and IM means 10242) for capacity calculations.)

What are the differences between the unsigned binary formats, excluding underscores?

What does "Packing" mean when referring to the compression of digital data?

For an 8-bit compressed code of 10111101, what is the 12-bit recovered code?

Take into consideration the binary BCH code, which is 127 bits long and has a spacing of 6 bits, and use the binary field extension F128, which is 128 bits in size. How big is the code, and can you ensure a certain minimum space between entries?

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Questión Use Huffman coding to compress the letters in the following chart. What are the total bits of the compressed code? Code 000 001 010 011 100 Frequency 12 14 11 3 Character A Total Bits 36 В 42 C 33 6. 15 D E F N 101 110 13 39 1 3 a 177 bits b 151 bits 174 bits d 163 bits

If we use the 128-bit binary field extension F 128 to decode the 127-bit binary BCH code at a distance of 6, we get a total of 127 bits. How big is the code, and is there a guaranteed minimum separation?

Perform the specified operation using the given format Fill in table Operation Integer Binary Overflow? Answer Answer Format Representation (Y/N) (Binary) (Decimal) 6 bit signed 7*2 9 * -5 6 bit signed 16 *7 8 bit signed -12 *-5 8 bit signed

Assume that a system uses 10-bit floating-point representation based on the IEEE floating-point format, in which: . There is 1 sign bit. There are k= 6 exponent bits. The exponent bias is 31. . There are n= 3 fraction bits. ● Convert the decimal number -5.5 into the 10-bit IEEE floating point representation explained above. Write the final result in 10-bit binary format. Show your steps.