1 KB (kilobyte) is equal to 1,024 bytes. Since each memory location typically corresponds to one byte, 1 KB corresponds to 1,024 memory locations. Therefore, 1 KB equals 1,024 memory locations.
I am not sure I understand the question, but: 1024 kB of memory = 1 MB 1024 MB of memory = 1GB therefore 1 kB = 1048576 (2 ^ 20)
The storage capacity of the memory can be calculated by multiplying the number of memory locations by the word length. With 1000 memory locations and a word length of 2 bytes, the total storage capacity is 1000 locations × 2 bytes/location = 2000 bytes. This is equivalent to 2 kilobytes (KB), as 1 KB equals 1024 bytes.
a byte is equal to0.0009765625 KB. Of course, KB is bigger than byte.
958 KB is 0.935546875MB or Mega Bytes
In standard binary usage for memory a KB is 1024 bytes. In standard decimal usage for disk drives a KB is 1000 bytes. Confused yet?
(1024*1024*1.5)kb
about 150000
62977195.2 Usage KB 1 is equal to how many gb you have used?
64 kb
1GB = 1024 MB 1MB= 1024 KB So 1GB= 1048576 KB
Yes and no. All memory location from 0H to 0FFFFH are addressable, but some of them are needed for the program, interrupt vectors, and the stack, so you would need to pay attention to where things are located in memory to design an appropriate program. In addition, if your system is using memory mapped I/O, some locations will be reserved.
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