A compiler is a series of programs that (usually) convert source code into machine language. There are also compilers that compile into byte code, Java for instance.
No compiler is responsible for executing a freshly compiled program. That would be done in an IDE (Integrated Development Environment).
Answer and Explanation:
"The inquiry as presented is not necessarily responsible. A word has been states as 32-bit. We need to ask if the frame is "byte-addressable" (From this we can access to get an 8-bit piece of information) or "text-addressable" (the smallest open lump is 32-bit) or maybe "half-word-addressable" (the tiny bundle of information it could reach to 16-bit).
To understand what the smallest request bit of a position is to let anyone know, you have to remember this.
You operate from base up at that stage. We will agree with the byte-addressable structure. Every reserved square at a certain point contains 8 words * (4 bytes/word) = 32 = 25 bytes, so the counterbalance seems to be 5 bits.
The history in a direct-mapped stored is the squares in reserves (12 bits for this position due to 212 = 4096). at a certain point, as you have seen, the tag is also one of the bits left behind.
As the reserve becomes increasingly cooperative. And a similar size remains. These are lesser bits on the list and more bits on the mark.'
Answer:
represent IPv6 network address.
Explanation:
Hexadecimal number is the representation of large data into small chunk. each number in hexadecimal is replaced by 4 bits of data. With the help of this number system we can reduce the size of the total data.
IPv6 address consist of hexadecimal number. If we represent this address in binary it will utilize 16 x 8 = 128 bits. 128 bit address is too long.
So, we convert the 18 bits data into hexadecimal. This conversion make this address smaller. To represent the IPv6 address, we usually use hexadecimal number representation.
The answer would be Functional Keys.
