KB, MB GB in descending order 10

b is the basic unit (byte) of computer storage, 1 English character is 1 byte, that is, 1b, and 1 Chinese character is 2 characters, that is, 2b.

And then we say k, math has been learned, k is the meaning of thousand, kb is 1000 bytes, but the computer operation and mathematics are different, is 1024 bytes is 1kb, so 1024b = 1kb

Speaking of m, m means mega, and the operation is similar, with 1024 in one bit, that is, 1024kb = 1MB

Then G, and so on, 1024 MB = 1 GB

In summary, 1024 b = 1 kb; 1024 kb = 1 mb ； 1024 mb = 1 gb

1024 bytes is 1kb, so 1024b=1kb1024kb=1mb

1024 mb = 1 gb

So 1024 b = 1 kb; 1024 kb = 1 mb ； 1024 mb = 1 gb

To sum up: GB>MB>KB

b = byte kb = kilobyte mb = megabyte gb = gigabyte k is kilobyte m is mega g is jika t is tera.

operating system and our everyday applications.

1kb=1024b

1mb=1024kb

1gb=1024mb

The calculation method of the hard disk manufacturer is different from the calculation method in our daily application and operating system, 1kb = 1000b

1mb=1000kb

1gb=1000mb

The basic unit is BT (bits, that is, bytes), 1024BT 1KB, 1024KB 1MB, 1024MB 1GB, and now TB, 1024GB bytes are equal to one Chinese character, and 1KB is equal to 512 Chinese characters.

Here are the common data size units and their size arrangement, from smallest to largest:

Byte (B): A byte is the most basic unit of data storage and is usually denoted as B. A byte is equal to 8 bits and is used to store a single character or a small amount of data.

Kilobytes (KB): Kilobytes are a thousand times the size of bytes and are denoted as KB. One kilobyte is equal to 1024 bytes. It is often used to describe smaller file and storage device capacities.

Megabytes (MB): A megabyte is a million times a byte and is denoted as MB. One megabyte is equal to 1024 kilobytes or 1048576 bytes. It is often used to describe the size of larger files, images, audio, and files.

Gigabytes (GB): Gigabytes are billion-fold times the size of bytes and are expressed as gigabytes. One gigabyte is equal to 1024 megabytes or 1073741824 bytes. It is often used to describe the size of large data sets, movies, large applications, and operating systems.

Terabyte (TB): Terabyte is a trillion times of a byte and is denoted as TB. One terabyte is equal to 1024 gigabytes, or 1099511627776 bytes. It is often used to describe massive amounts of data, such as cloud storage and large-scale databases.

It is important to note that computer storage capacity is usually calculated in binary mode (based on 1024) rather than in decimal mode. As a result, there may be a slight difference in the size of its advertisement for storage devices. For example, a hard drive advertised as 1TB may actually have only about 931GB of free space, a portion of which is used for file systems and other system data.

In summary, the data size is arranged in the following ways: b (bytes) and < kb (kilobytes).

1.Computer.

The binary used in the amount of information storage or information storage.

The unit of measurement bit and other counter-grinding should be as follows:

1byte (bytes) = 8 bits (bits).

1KB=1024bytes

1mb =1024kb

1gb =1024mb

1tb=1024gb

2.G, M, and K in ordinary language are abbreviations for GB, MB, and KB, respectively.

3.So the order from largest to smallest is: GB=G > MB=M > KB=K

1kb=1024 b

1mb=1024 kb

1gb=1024 mb

That is, 1 GB = 1024 MB = 1024 * 1024 KB = 1024 * 1024 KB

Therefore, if GB, MB, KB, and B are arranged from largest to smallest, they are GB>MB>KB>BIf you are listed from smallest to largest, it is b, I don't know if you are satisfied with this answer.

1gb=1024mb=1024×1024kb=1024×1024×1024b

That is, GB MB KB

MB is what we often call megabytes.

I'll go...! It's too simple, 1g = 1024 trillion, 1 trillion = 1024kb

1.Computer.

The amount of information stored in the binary used.

The unit of measurement.

The size of the bit and other corresponding sizes is as follows:

1byte (byte).

8 bits (bits).

1KB=1024bytes

1mb1024kb

1gb1024mb

1tb=1024gb

2.G, M, and Bikuan K in ordinary language are abbreviations for GB, MB, and KB respectively.

3.So the bright arrangement from large to small is: GB=G

mb=mkb=k

1g1024m

1m1024k;

1gb1024mb

1mb1024kb;1g8gb

1m1mb1k8kb

ggbmmb

KKB has a saying GGB, M

MB, kkb, but Kai sells with a punch with a b behind it means that the binary is staring, and the 8-bit binary is equal to a byte.

1024 bytes is 1kb, so 1024b=1kb1024kb=1mb

1024 mb = 1 gb

So 1024 b = 1 kb; 1024 kb = 1 mb ； 1024 mb = 1 gb gb>mb>kb

It's not arranged like that.

It should be 1gm=1024mb 1mb=1024kb 1kb=1024b

Yes. You're right.!