Memory is not as important as hard disk I know it s all hardware

Let's take an analogy. You're the CPU

Memory is a bowl. Hard drives are pots.

You use the bowl directly when you eat.

But things come out of the pot.

Memory is their bridge.

Memory is not as important as hard disk? Just kidding,Both are so important,A machine can't be used without one of them,And,What you said**Everything eats hard disk,This is originally only occupied by hard disk space,The hardware in the machine has its own functions,If you only say**something,That's as long as the hard disk is big,The bigger,The more things you load!

No, you don't understand the working mechanism of the computer, let's say a little image, if a computer is a factory, then the CPU is the machine, the motherboard is the workshop, the memory is the temporary storage place of the items, and the hard disk is the warehouse, you want to put more things, the warehouse must be big, because things are ultimately put in the warehouse. But what about the role of memory? In fact, the larger the memory, the smoother the computer will run, and if you want to improve the performance of your system, upgrading the memory is the most cost-effective solution!

Hope it helps!

Farts are all important, you can't play without one piece of hardware.

Of course not, if you don't have memory, the computer won't be able to open. If the memory is small, the computer will run slowly, and the hard disk is only used to store data, so if you don't have too much data, it doesn't matter if the hard disk is small, but if the memory is small, it will be very slow when surfing the Internet.

To put it simply, a large memory determines speed, and a large hard disk determines storage space.

The memory is large and fast, the hard disk is large and there are many things, do you understand?

The hard disk is used to store files, and the memory is to read the program to be run from the hard disk to the CPU in the memory and then perform the calculation.

The data in the hard disk can be saved when the power is off, and the data in the memory is gone when the power is off.

One cannot be the other.

The theory is that the bigger the capacity of the hard disk and the memory, the better.

Memory is free-for-free. It's that when you put something down, it's taking up memory, but if you don't use that program, the memory is freed. But with a hard drive, you store things in it and take up space.

Unless you delete it yourself. Hard disk and memory are two completely different things. The hard drive is big and can put a lot of things.

If the memory is large, the processing speed of the program will be faster, simply put, the computer will not be so stuck.

A hard drive is not memory. Hard disk is one of the main storage media of a computer, consisting of one or more aluminum or glass discs. The disc is covered with a ferromagnetic material.

Memory, also known as internal memory, is used to temporarily store computing data in the CPU and exchange data with external memory such as hard disks.

Memory: Due to the slow speed of the hard disk, if the CPU runs the program, all data is read and written directly from the hard disk, which will greatly affect the efficiency. Therefore, the CPU will call the data to be used to run the software from the hard disk to the fast running memory at one time, and then the CPU will exchange data with the memory.

A non-hard disk is a primary computer storage medium consisting of one or more than one megawatt of aluminum or glass discs. These discs are covered with ferromagnetic material. The vast majority of hard drives are fixed hard drives that are permanently sealed and fixed in the hard drive.

In fact, the distinction between inside and outside of a computer is not defined by the chassis. From the perspective of computer architecture, the hard disk should be the "external memory" of the computer. Memory should be some memory inside the computer (on the motherboard) that holds intermediate data and computations of CPU calculations.

This data is sometimes saved on the hard drive.

Difference Between Memory and Hard Disk:

First, the nature is different.

Memory is the workplace of the computer; Hard disks are used to store information that is not in use for the time being.

Second, the production materials are different.

Memory is made of semiconductor materials; Hard drives are made of magnetic materials.

3. Information retention is different.

Information in memory is lost when the power is lost; The information on the hard drive can be stored for a long time.

Fourth, the capacity is different.

Generally, the capacity of hard disks is 1TB, that is, 931GB; Whereas, the memory is generally 6GB.

Fifth, the role is different.

Memory is a buffer between the CPU and the hard disk data, and the CPU can only read the data in the memory. In this way, memory becomes a bridge; Whereas, hard disks are used as storage space.

Summary. Hello, disk memory is hard disk memory, it is to store things. Memory is where programs and data are stored temporarily; When you type a character on the keyboard, it is stored in memory, and when you choose to save, the data in the memory will be stored on the hard disk, which is the disk <>

Hello, disk memory is hard disk memory, it is to store things. Memory is where programs and data are stored temporarily; When you type a character on the keyboard, it is stored in the memory, and when you choose to save the disk, the number of rocks in the memory will be stored in the hard disk, which is the disk <>

Expand your knowledge: Memory is an important part of a computer, also known as internal memory and main memory, which is used to temporarily store computing data in the CPU and exchange data with external memory such as hard disks. It is the bridge between external memory and CPU, and all programs in the computer are run in memory, and the strength of memory performance affects the overall performance of the computer.

As long as the computer starts running, the operating system will transfer the data that needs to be calculated from the memory to the CPU for Yunchun pants calculation, and when the operation is completed, the CPU will send out the results <>of the spike regret

Summary. Dear, disk memory is not hard disk memory. Disk memory is the storage space on the hard disk, while hard disk memory is the storage space on the memory module.

Disk memory is not hard disk memory.

If this disk has 500G, does it mean that the computer has 500G?

Dear, disk memory is not hard disk memory. Disk memory is the storage space on the hard disk, while hard disk memory is the storage space on the memory module.

Disk memory is a faster and more expensive storage medium than hard disk memory, which can store data on a disk, which is called disk memory. It generally consists of several heads, tracks, and sectors, and the heads can read and write data on the disk. Disk memory is much faster than hard disk memory, and it also has a much larger capacity than hard disk memory.

Hard disk memory is to store data on a hard disk, which is a mechanical device that contains some heads, tracks, and sectors that can read and write data on the hard disk. Hard disk memory is much slower than disk memory, but it also has a much larger capacity than disk memory.

Disk memory is a non-volatile memory memory that is stored on a disk and can persist user data. Disk memory is quickly accessible, faster than hard disk storage, and more expensive. Hard disk memory is a volatile memory memory that is stored on a mechanical hard disk and can store a large amount of user data, but it is slower.

Hard disk memory is lower, much cheaper than disk memory.

Dear, it's not. Disk refers to the hard disk, that is, the storage space, while memory refers to the running memory of the computer, which is generally in g, generally ranging from 2g to 16g.

Why does the 500g disk keep showing that it is not enough?

1.It may be due to the fact that the disk space is occupied by a large number of junk files, and it is recommended to clean up the junk files; 2.It may be due to too many system files, it is recommended to reinstall the system; 3.

It may be due to the unreasonable partitioning of the disk, it is recommended to repartition; 4.It may be due to a corrupted disk, and it is recommended to replace the disk.

Let's say I have 4 GB of RAM and 500 GB of disk.

Am I expensive for 1300?

Pro, it's not expensive, 4G running memory and 500G disk are still relatively cost-effective, and**is also about 1300 yuan, so this** is reasonable.

1. The memory module area is some memory inside the computer (on the motherboard), which is used to store the intermediate data and calculation results of CPU operations.

Memory is a transfer station of the computer, take out data from the hard disk or run the program to provide to the ** processor, any kind of input on the computer (from external memory, keyboard, mouse, microphone, scanner, etc.) and any kind of output (display, printing, audio and video, write to the external memory triumphant, etc.) need to run and use through the memory, memory is the bridge between the program and the CPU.

Hard disk - also called disk, is generally used to store data, equivalent to a data warehouse, such as the system, are installed in the hard disk, your ** software and files are also saved in the hard disk, if the computer is not installed hard disk, the computer can be displayed after booting, but can not enter the operating system, can only show the BIOS English interface.

Differences:1Memory modules are far smaller than the capacity of hard disks, the current mainstream installed memory is 8GB, hard disk capacity is relatively large, the current market mechanical hard disk size of more than 500G The largest mechanical hard disk can reach more than 10TB.

2.Memory modules run much faster than hard drives.

2. Virtual memory is a technology for memory management in computer systems. It makes an application think that it has contiguous usable memory (a contiguous complete address space), when in reality it is usually divided into multiple physical memory fragments, and some are temporarily stored on external disk storage to exchange data when needed. At present, most operating systems use virtual memory, such as the "virtual memory" of the Windows family; Linux's "swap space", etc.

Physical memory is relative to virtual memory. Physical memory refers to the memory space obtained through physical memory modules, while virtual memory refers to the division of a region of the hard disk as memory. The main role of memory is to provide temporary storage for the operating system and various programs while the computer is running.

Common physical memory specifications are 256M, 512M, 1G, 2G, etc., and now with the development of computer hardware, 4G, 8G or even higher capacity memory specifications have appeared. When physical memory is insufficient, virtual memory can be used instead. In an application, naturally, as the name suggests, physically, the size of the capacity of a memory module that is actually plugged into the motherboard's memory slot.

When looking at the computer configuration, the main thing to look at is this physical memory.

For example, if you copy a file to the hard disk, the process is that the computer first copies the data to the cache and then writes it to the hard disk. The cache protects the hard drive and reduces the load, so the larger the hard disk cache, the better.

For example, when you run or decompress some large software, the memory can no longer meet the huge temporary storage space, and only virtual memory is used.

Physical memory is what we commonly refer to as memory.

In addition, there is video memory, which is the memory of the graphics card.

Hard disk cache, virtual memory, and video memory cannot be used in place of physical memory.

Try to explain it in the most rookie way, I hope you can understand.

The hard disk can store things, you can delete it freely, memory module = physical memory is just to store instant files, only one time, start again after power failure, virtual memory, that is, the memory module is not enough to call a little from the hard disk when the memory is used, of course, the speed is not as fast as the memory module.