2^10 or 1024 MB = 1 gigabyte (GB)
2^10 or 1024 GB = 1 terabyte (TB)
Random access memory is a kind of computer or printer memory, which can be retrieved randomly. Whatever byte of memory can be retrieved without disturbing the other bytes of memory.
No, it does not. You probably ask because you see two drives appear when you connect the USB cable to it. However, if you notice, the one drive has 0 bytes, and the other drive, which is your memory card, has the number of bytes that is the capacity of your memory card (my memory card is an SD 2GB card and therefore shows 2 billion bytes).
There is no such thing. random access memory maybe? RAM ROM = Read Only Memory, not Random Operating Memory.
There are 5 different types of units which show how much memory is being used,treated, or deleted.2 of them are Mega-Bytes(mb) and Kilo-Bytes (kb).These are the units you may see the most.It takes about 1,000 Kilo-Bytes to make 1 Mega-Bite.It works the same way with all the other memory units.1. Long term memory, such as that on the hard drive, floppy or memory stick.2. Short term memory, which is RAM (random access memory)--cut and paste, a document before you save it, or as you are typing. It goes away when you reboot your machine.
Memory is measured in Bytes and muliples of bytes. A Megabyte is one million bytes. A Giga byte is a thousand Megabytes or 1,000,000,000 bytes. A byte is a group of binary digits called 'bits', mostly 32bits to the byte, in modern computers. Each byte is capable of representing a number. Each byte can be looked at, retreived or changed, by an address at any time. This is called random access. ie You can access it without having to pass through other locations (like a tape). For this reason it is called Random Access Memory, or RAM.
The letter S uses 1 byte of memory, as do all the other ASCII characters.
A SDHC memory card is very popular among consumers. One noted benefit of this product is the small size of the memory card in relation to other cards.
Gas laws explain how the property of a gas changes in relation to other properties under varying conditions.
memory reference instructions as micro operation
On a 32-bit system it is only possible to address a maximum of 2^32 bytes of memory (4,294,967,296 bytes which is 4 gigabytes). Memory is allocated in contiguous blocks such that if your program requires x bytes of memory, a block of x contiguous bytes must be available to meet the allocation request. If there is no single block large enough to meet the required allocation, you will get an out of memory error, even if there's more than x bytes of physical memory available in total. To avoid these problems, we use virtual memory. If there is no single block available to meet an allocation, existing allocations can be temporarily moved to a page file, thus freeing up the physical memory. When memory that has been paged out is required, other allocations can be paged out to allow the required memory to be paged in. Given that the contents of memory are swapped to and from the page file, the page file is often called a swap file. Data that was paged out of one physical address may be paged in to a completely different physical address. However, the virtual address does not change; the memory manager performs the translation between the physical and virtual addresses. This makes it possible for a 32-bit system to operate with a full complement of 4 gigabytes of memory even when the system has less than 4 gigabytes of physical memory installed. 64-bit systems allow us to address 18,446,744,073,709,551,616 bytes of memory which is far more memory than physically exists on the planet! For practical reasons, we can only use a small fraction of the full address space, however page files and virtual memory make it possible to use far more addresses than might be physically available.
No, megabytes are larger than bytes. a megabyte is 1,000,000 bytes by common definition and according to the International System of Units. Other definitions include: megabyte = 1,048,576 bytes megabyte = 1,024,000 bytes
1 mb= 1024 bytes 10 mb= 10240 bytes 100mb= 102400 bytes I hope you meant that, if you meant something other, just say it.