There are multiple legal ways of defining bytes, kilobytes, megabytes, gigabytes, terabytes, etc.
A standard kilobyte (KB) is defined as 1024 bytes. But drive manufacturers use the more 'lean' definition of kilobyte, which is a very strict 1000 bytes, as opposed to 1024 bytes.
After all, if you buy a 500Gb drive, and it actually had say 525Gb's on it, you'd be happy, not confused!
But no, they chose to go the opposite route, which, just my 'mere coincidence', happens to allow them to legally market undersized drives as judged by the standard definition of a KB.
IMO, it's all about the money, as it always is.
At this point in time, drives are essentially available in 500GB chunks. If you're uncertain as to whether one size will be enough, then you simply bump it up to the next notch and you're more than covered.
The other thing the article mentions is that formating a drive also reduces it's available storage space, so even if manufacturers used a 1024KB, you'd might still see a reduced available size because of the formating.
The '500GB' figure quoted by the manufacturer is the number of physical recordable bytes on the total disk surface. All disks have to be 'formatted' to work with the particular operating system on the computer (for most of us that means Windows). Formatting the disk involves writing various data structures on the disk so that the system can track and read the data that will be added later by the user. Data is written in blocks (called sectors) on the disk and there is a small control gap between the sectors. These various structures take up some of the space on the disk so it is no longer available to use. The '465GB' is what is left available for the system to use for 'useful' data - which will include things like directories and other things needed by Windows itself - the actual 'user' usable space will be smaller again. In total you can expect to 'lose' about 15% to 20% of the original physical capacity.
There are many ways to increase the storage space on your computer. You can obtain and additional external hard drive that will give you more storage space when attached to your computer. You can also move existing files from your computer's internal hard drive to an external hard drive to clear up space on the internal hard drive. You can also compress files on your computer that you do not use often to free up space on your hard drive.
Assuming by 'GB' you mean hard drive space, the model of computer makes no difference. You need to go to 'My Computer' to check the amount of space on your hard drive.
network drive map
Verify that there is at least 1GB of free hard drive space. This available space allows the computer to have room for the swap file to increase in size as well as room for temporary files.
How many gigabytes you can download on to your computer matter only how much free space is on your hard drive. For windows xp and below go follow these steps. My Computer - Right Click on your Hard drive- Properties- Then you see how much free space you have. For Vista if you go under my computer and you can look at your hard drive and it will show you.
There are many reasons to upgrading a hard drive for a computer, however the most common one is for more space.
true
If you mean physically - the computer is missing, or there is a space inside where the hard-drive once was.
Defragmenting a computer is cleaning up space that is not being used on the computer. The purpose is to free up hard drive space so the computer runs faster.
Click on My Computer, right click drive C, go down to properties, There you Go!
False. If the computer runs out of RAM, it borrows space from the hard drive.
If your computer runs out of ram it will use virtual memory, essentially meaning it will borrow space from the hard drive.