The capacity in the C disk of the computer is 14GB, and the free space is 1GB

Let's see if you have the "Power Hibernation" feature turned on, as well as the "Virtual Memory".

You can go to the C drive to check whether these two files take up a lot of space, and if so, remove the "hibernation" function first.

Open Control Panel Power Options Hibernate and remove the Enable Hibernation option. At this time, I went to the C drive and found that the file had disappeared.

Select Control Panel System Advanced, click the Settings button in the performance area; Then select "Advanced Changes", select the partition where the system is located in the virtual memory settings window that opens, and select "No paging files" to remove the system partition, of course, the "virtual interior" can be placed in another disk.

You can put the "virtual memory" in another disk, but not in the C drive.

Use the disk manager to clean up the disk regularly, as well as temporary files and other things, which can take up a lot of space.

It is best not to install some software and programs on the system disk.

Do you also have the system restore that comes with the system?,It's best to turn this off too.。

Right-click on "My Computer" - Properties - System Restore - Tick "Turn off System Restore on all drives" - OK.

Do not delete the windows and documents and settings folder in the c drive, and the others can be deleted.

Everything in the program is application software that can be moved to other disks.

Use the system's built-in disk cleaning tool to clean the C disk, or use the third-party software C disk is best to put the system and install the software on another disk, so that it is more convenient to reinstall.

The system file is about 11GB, and the rest is what you put in, and if you want a few more GB, you can free up about 10GB if you want to delete the program, because the WIN system runs the file at these sizes, and the key is the program in it, or 400RMB, buy a portable hard disk, 320G

The easiest way to do it: reinstall the system!

GB itself is a unit that represents the capacity of the hard disk, and the G you say should be verbally omitted for convenience when using it, so GB and G are the same.

After buying a hard disk, careful people will find that the capacity of the hard disk in the operating system does not match the official nominal capacity, and it is less than the nominal capacity.

The larger the capacity of the hard drive, the greater the difference. A hard drive with a nominal 40GB is only 38GB in the operating system; An 80GB hard drive is only 75GB; A 120GB hard drive is only 114GB. This is not caused by manufacturers or distributors deceiving consumers with shoddy products, but by the different calculation methods of hard disk manufacturers and operating systems, and by different unit conversion relationships.

In the computer world, it is more convenient and neat to process bytes in batches with the power of 2. 1KB per 1024byte, 1MB per 1024KB, 1GB per 1024MB, 1TB per 1024GB, and TB, GB, MB, KB in the International System of Units are the "decimal system" numbers, for which the International Electrotechnical Association (IEC) has formulated"kib"、“mib”、“gib"binary units, which are used to indicate the data size of "1024 carry"; In terms of computing capacity, hard disk manufacturers use 1000 as a base, 1KB per 1000 bytes, 1MB per 1000KB, 1GB per 1000MB, and 1TB per 1000GB, and the calculation of capacity in the operating system is based on 1024 as the round, and it has not been changed"kib"、“mib”、“gib"binary units, this difference causes the capacity of the hard disk to "shrink".

1GB of annotated capacity is approximately equal to the actual display capacity), so 100GB is equivalent to about 93GB

GB and G are the same, you are talking about memory, memory and the remaining space of C drive are two different things.

Hard disk capacity is measured in megabytes (MB) or gigabytes (GB) 1KB=1024B 1M=1024KB 1GB=1024MB 1TB=1024GB 100GB=100x1024MB=102400MB

Many people find that the capacity displayed in the computer is often smaller than the nominal value of the hard disk capacity, which is due to different unit conversion relationships. We know that 1GB is 1024MB in a computer, and hard disk manufacturers usually convert it to 1G 1000MB. Hard disk is an important part of the personal computer to store data, and its capacity determines the capacity of the personal computer to store data, which is one of the first parameters that users should pay attention to when buying a hard disk.

Can you be specific? We say g=gb, that is, 100g=100gb

=100GB, I want to know what you want to express?