c d e disk is memory, and memory is hard disk

I heard that there are successive art professions and specializations, this benevolent brother on the 2nd floor, compared to you, you were not born with a computer! Problem: Memory is the temporary memory of the computer, when it can store information in it, once the power is off, there is nothing left, the general speed is relatively fast, but the capacity is relatively small, and the mainstream capacity is now 512M to 1G

The hard disk is a device that stores information in large capacity, and the speed is relatively slow compared to the memory, but it can store information for a long time with high stability. The mainstream capacity is between 120g and 200g (1g = 1024m g and m are storage units), time is limited, can only give you a simple explanation here, strictly speaking, there is no master of computer knowledge, only old birds, see more problems, the level will naturally go up, if you want to have an in-depth understanding of computer knowledge, recommend a few books "Microcomputer", "Computer Newspaper", "Computer Enthusiast" and the like. There are articles for your needs.

Didn't you just ask? There are a lot of correct ones, but you just admit that you are wrong and right??!

Again: cde and so on are hard disk partition drive letters, not memory, and memory is not hard disk.

CD E drives are hard disks, but they are partitioned, and the memory is not displayed in "My Computer".

Wrong, the hard disk can store data for a long time, and the data is still there after a power failure, and it is connected to the motherboard through a data cable. The memory is a temporary storage of data, and the data is not there after a power failure, and it is directly plugged into the motherboard.

c,d,e...They are all hard disk or optical drive letters, not called memory.

C drive D drive is a hard disk, so what is the memory?

C drive D drive is a hard disk, so what is the memory? Hello dear, the memory module provides the cache space of the computer. C drive A D drive is a hard disk partition of a computer.

The two have little to do with each other. For example, a memory module is a road, and its width (size) determines the maximum number of cars that can cross the same section of the road at the same time.

C drive D drive almost refers to the parking lot. Hope it helps. If my answer is helpful to you, please give a thumbs up (in the lower left corner), I look forward to your like, your efforts are very important to me, and your support is also the motivation for my progress.

Finally, I wish you good health and a good mood!

SSDs are C and D drives.

SSD is C disk and D disk, SSD has a small capacity and fast speed, it is generally divided into C disk and D disk, which is mainly used to install operating systems and applications, and set it as a boot disk. SSDs are faster than HDDs. HDDs require spinning the disk and using a read/write head to read several pieces of information, a process that takes some time.

SSDs, on the other hand, use flash memory chips to store data, which is much faster to read and write.

Therefore, using SSDs as C and D drives can improve the computer's grip and boot speed, program running speed and file transfer speed, allowing users to enjoy a smoother experience. HDDs are susceptible to vibrations and bumps due to the need to spin the disk, resulting in data loss or hard drive corruption. Whereas, SSDs have no rotating parts, so they are more durable.

Benefits of using an SSD:

Since SSDs have no mechanical parts, they work with little to no noise. In contrast, traditional HDDs emit significant noise when reading and writing data. In addition, because SSDs have no mechanical parts, they also have a much lower failure rate than traditional HDDs.

Traditional hard drives are susceptible to vibrations and bumps, which can lead to hard drive damage.

SSDs also consume much less energy than traditional HDDs. Since SSDs have no mechanical parts, they also consume low power. In addition, SSDs also have a much longer lifespan than traditional HDDs.

Traditional HDDs use disks and read/write heads to read and write data, and these components wear out during use, so HDDs have a limited lifespan.

The difference between the two:

1. Their shape, size, and capacity are different

b. The capacity of memory is small, and the capacity of hard disk is large;

2. Their roles and functions are different

a. Memory is internal memory; A hard drive is external storage;

b. The memory stores the process of the task manager, and the hard disk stores our documents, software and other data;

c. The memory temporarily stores the data of CPU operation, and the data will be lost when the power is off; Hard disks can store data permanently;

3. Their running speed is not the same:

The memory runs fast and the hard drive runs slow.

Expand: What both have in common:

1. They are all one of the indispensable parts of the computer;

2. They are all memory;

Hard Drive: A computer accessory used to store data. It's non-volatile memory, to put it bluntly, that is, if you turn off the computer, the data in it will not be lost.

Usually, the C drive, D drive, and E drive in the computer all refer to the hard disk. Its appearance is a square box with a platter (like a compact disc) and a magnetic head to read and write the platter.

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.

Memory is volatile memory, and as long as you lose power, the data in the memory is gone. The memory itself is an integrated circuit board with several chips on it that are used to store data. Since this circuit board is generally made into a long strip, it is called a "memory module".

The difference and connection between hard disk and memory.

Both hard disk and memory are storage, one internal and one external.

The difference between hard disk and memory is very big, here is only the main three points: First, memory is the workplace of the computer, and the hard disk is used to store information that is not used temporarily. 2. The memory is made of semiconductor materials, and the hard disk is made of magnetic materials.

3. The information in the memory will be lost with the power failure, and the information in the hard disk can be stored for a long time.

The connection between memory and hard disk is also very close: here is just one point: the information on the hard disk is always temporarily unused, do you want to use it?

Please load it into memory! There is no direct data exchange between the CPU and the hard disk, the CPU only directs the hard disk to work through control signals, and the information on the hard disk can only be processed after it is loaded into memory.

The boot process of a computer is the process of loading the most commonly used information from the hard disk into memory.

Usually, the C drive, D drive, and E drive on the computer are all hard disks.

Memory is used to run the system, and all software can only run in memory. The hard disk is the storage software, which is equivalent to the warehouse, and the software is read from the hard disk to the memory to run when the software runs. CFF and the like are generally hard disks, but they can also be optical discs and U disks.

Hard disks such as CFF are generally divided on a hard disk for easy management. You can use the hard drive, which is actually in the case, as a cabinet, and the CFF disk, which is the drawers in the cabinet. Running memory generally refers to the memory used by the system, and the memory module is a device installed on the motherboard and is used by the system.

The C drive is both memory and program, and nothing other than memory is memory....

Usually the CFF on the computer is a hard disk, and the so-called running memory refers to the memory module.

Running memory is your memory stick, hard disk is storing things, and memory is the speed at which your computer runs.

1. The memory module is used for temporary storage, and the hard disk is a computer storage device.

2. These are the names of the partitions inside the hard drive.

3. The memory module is an accessory of the computer, and the running memory reflects the usage of the memory.

There are differences between cedf disks and hard disks. The memory module is occupied by the program you run. It is not a file saved. Everything stored is on the hard drive, thank you.

Hard disks are used to store things, and the CDF disks you look at on your computer are all hard disks.

Memory is random access, only do some instant storage, generally after the power off will clear the data, the general software and system operation depends on memory, but the data generated by the software and the system is stored in the hard disk.

Memory modules are used to process temporary data, and hard disks are mostly used to store data.

The first question: The memory module is running to buffer data, and the data is relatively fast, and the power is gone. The hard drive is where the actual files are stored, like a warehouse.

Second question: CDEs are hard disks.

Question 3: The running memory should refer to the memory size, such as 512M or 1G, or the minimum memory requirement for system operation. The memory module should be an actual memory object.

Are you going to be taking an exam, and who is going to ask how to tell the difference between running memory and memory modules?

Welcome to Xinhua Computer School.

<><3. The next rubber burial depends on which disk needs to allocate the remaining space, here the selection is the E disk, and then right-click to select [Partition Free Space].

4. Then select the size of the capacity to be allocated, and here 1G is allocated to C disk.

5. Click [Submit] in the upper corner of the left beam cherry tree.

6. Finally, just wait for the progress bar to complete.

Humans, let me tell you.

Computer memory is simply the storage space, including permanent (hard disk) and temporary (memory), we need to deal with a lot of temporary programs when playing dungeons, which requires the storage capacity of temporary memory to be large enough, so that the game can be played smoothly.

Hard disk is a permanent storage area, C disk, D disk, these disks are so that you can use the hard disk space reasonably, and classify the hard disk space.

Just like your drawer, the first drawer is for snacks, the second is for paper, and the third is for toys.

Of course, the things on the C drive are more important, so don't stuff the C drive too full, which will affect the speed of the computer.

C drive D drive is a hard disk, EFG....It's all hard drives.

The memory is a small strip.

You click on my computer, right-click on the properties and you can see your CPU and memory information.

Memory plays a big role in a computer, all the programs running in the computer need to go through the memory to execute, if the execution of a large number of programs or a lot, it will cause the memory to be exhausted. In order to solve this problem, virtual memory technology is used in Windows, that is, a part of the hard disk space is used as memory, and when the memory is occupied, the computer will automatically call the hard disk to act as memory to relieve the tension of memory. For example, if the computer only has 128MB of physical memory, when reading a file with a capacity of 200MB, it must use a relatively large virtual memory, and the file will be stored in the virtual memory after being read by the memory, and then the files stored in the virtual memory will be released into the original installation directory.

The C disk is a system disk.

If it's xp, yes, no problem.

If you want to do Windows 7, you will definitely have to redo the system disk, and if you redo it, your data may disappear.

You can use the 'Lossless Partition Tool' software to adjust the partition. There is no effect on the original file.

DiskGenius can change the partition size, but it can only be "cut" from adjacent disks, as long as the size of the "cut" away is less than the remaining available size of the "cut" disk, it will not damage the data.

Good luck!

It seems that there is a lossless partition software. Yes.

In layman's terms, a hard disk is equivalent to a factory's warehouse, and memory is the factory's workshop. All the data are stored in the warehouse, only to get the workshop to produce, when the workshop location is not enough, will call a part of the warehouse as a workshop, which is called virtual memory.

The data in the hard drive will not be lost due to shutdown or power failure, and the data will be gone after the memory is shut down. The capacity of a hard disk is generally measured in GB, while the memory capacity is smaller, generally in MB, but the read and write speed of memory is much higher than that of a hard disk.

Therefore, the hard disk 80G is the hard disk, and the memory 512M means that the memory module is 512M. If it's not clear, open the computer case and take a look, both of which are obvious to see.

That CFF is the hard disk.