On a 16 bit i80386 machine a nibble represents 4 bits or half of a byte. A byte represents 8 bits. A word represents 16 bits or 2 bytes. On 32 bit machines the DWORD(double word) is available and represents 32 bits or 4 bytes. On the newer 64 bit machines a QWORD represents 64 bits or 8 bytes of data. QWORD stands for QuadWord or Quadruple Word. On modern computers, a single character consumes 2 bytes of data in memory. So the word cat would consume 6 bytes. These are known as DBCS or double-byte character sets.
Taking it an absolute minimum, there is one byte per letter. As Nigeria has 7 letters, that is 7 bytes. However, on a computer there may be other things to consider within the software being used. So things like formatting of the word would have to be stored too. As there are so many ways of formatting a word and so many programs that it can be done in, there is no fixed answer when you take all of those things into consideration. So purely looking at it as text with no formatting and saying 7 letters take 7 bytes is the best answer to give.
BPS
There are 1,048,576 bytes per megabyte.
depends how many letters, its 1 byte per letter, although text is compressed using a variety of methods
351916KB / 1024KB per MB = 343.67MB
One Sector on storage media constitutes of 512 Bytes.
It depends on the quality and type of music, but it's around 963062 bytes, or .918 megabytes per minute.
To calculate bytes per track on a storage medium, you need to know the number of sectors per track and the size of each sector. The formula is: Bytes per Track = Sectors per Track × Bytes per Sector. For example, if there are 63 sectors per track and each sector is 512 bytes, then the bytes per track would be 63 × 512 = 32,256 bytes.
BPS = Bytes Per Second.
There are 131,072 bytes in one megabite. In order to figure out how many bytes are in 25 megabites you need to multiply 131,072 by 25. Using this equasion you can figure out that 3,276,800 bytes are in 25 megabites.
4. (67 letters divided by 16 words = 4.4667 letters per word.)
There are 9.313225746154785e-10 (or 9.313225746154785^-10) millibyte in 1 byte.