Is it true that the more free space the C drive, the faster the computer will run?

There is a certain relationship, the C disk is not the bigger the better, it is generally enough.

C disk is a system partition, generally only used to install the operating system, XP occupies about 2G on C disk, Vista occupies 7 8G on C disk.

However, in addition to the system, the C disk will also record some installation file information and some documents, if the hard disk space is not very tight, it is recommended that the C disk partition is about 8 10G. The available space of the system disk is about 3G, and the system partition is best about 12G for the XP system.

In a general sense, it is of course better to have a slightly larger partition of the system, so that enough space is required to ensure the normal operation of the system, because a large number of temporary files will be generated when the system is running.

Of course, the most important thing is to develop a good habit of not putting everything into the system partition, so that even the largest partition will not work. "The larger the space of the C disk, the better" I have not heard of this point of view, only heard that the disk should not be too large, under normal circumstances, the left and right are enough (referring to the hard disk of more than 160, 80 of 3 is enough), the daily use of large software (etc.) and games and the like are generally not installed on the disk, because the disk is too large to install too much software, which will affect the system speed. You've got too many things installed on your current disk.

The space occupied by the system file will not be exceeded, so the disk does not need to install large software, depending on the size of the hard disk, it is generally about 5.

Not so. Simply speaking, the running speed should be related to the three types of hardware.; 2 RAM; 3 hard disks.

Let's start with the CPU. This thing is equivalent to the human brain, which is responsible for calculations. Let's start with a person.

Let's talk about memory. It can be compared to a table.

Finally, there is the hard drive transfer, which is likened to a waiter.

Here's how it works: the data on the hard drive is the food that has been prepared in the kitchen, the CPU gives a command to start eating, and the waiter starts to serve the food from the kitchen to the table. The larger the memory, the larger the table, and the more food (data) available for people to eat (CPU computing).

The CPU can only process data in memory and not indirectly in the hard disk. The stronger the CPU performance that person represents, the faster it will eat.

As a result, the faster things in the kitchen reach people's stomachs, they can be simply imagined as computers running.

The use space of the C disk is small, and the startup speed will be relatively fast, which is why the software is generally not installed on the C disk, so as to avoid occupying the space of the C disk and slowing down the boot speed.