What determines the range of primitive data types is a combination of the number of bytes that is allocated to them and if there's any encoding.
Not too long ago, it was normal for an integer to receive four bytes of memory. An unsigned integer would also receive four bytes of memory. The unsigned int had a range of 0 - (2^32 - 1) because it could only be used for positive integers and could use all 32 bits. An integer has a range of (- 2^31 through +2^31 - 1). The 32nd bit is uses as a sign bit (0 for positive, 1 for negative).
Just for thoroughness: when an int is negative, it's stored as the two's complement of it's absolute value.
Answer:
HDB
Explanation:
According to my research on information technology and linux based systems, I can say that based on the information provided within the question the name for this disk in linux is called an HDB. This refers to Hard Disk B, this is the case since it is a secondary master drive. While primary master drive would be called HDA or hard drive A.
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You did not specified the language, so I did my program in python.
Hope it helps!!!
It’s true because it’s also called “flash memory”