how many bytes in 1 packet?
346603
It varies with the underlying protocols. Most have a maximum packet size but you can have a packet that only carries 1 byte or even 1 bit of user data.
540992
HOW LONG IS A LENGHT OF STRING?
1172025
There's no single size; it depends on the medium.  On Ethernet, the most common size is about 1500 bytes, because a lot of Ethernet controllers used to have that as a packet size limitation.  If a link somewhere on the path requires a smaller packet size (not likely, these days), the longer packets will be broken down into the acceptable size.\n\nThe minimum size which a computer has to accept to be connected to the Internet is 576 bytes.
685813
In computer parlance, \n\n1 Gigabyte equals:\n\n 8,589,934,592 bits\n 1,073,741,824 bytes\n 1,048,576 Kilobytes\n 1,024   Megabytes\n\nI'm sure you must be all confused with some saying 1000 and some saying 1024.  Hence I suggest you go to the following site, where there is a table which will explain this to you in very simple terms and that, indeed 1GB = 1024 MB
104995
1. Gbps Nbps Mbps kbps\n2. Application Physical Presentation \n3. encapsulation \n4. transport\n5. A header and trailer are added.  Packets are packaged into frames. \n\nI guess some more CCNA questions..  I hope my memory is working well..\n\n-KOZ\nComputer Service Phoenix\nhttp://www.affirmtech.net
172117
u just visit  www.yousendit.com   .\n\nthere u can send a file of size  upto  1GB
862228
Probably 4k packets, or 256 per megabyte.
277363
Using telecommunication and Harddisk manufacturer's definition, 1GB = 1000MB\ntherefore, 240 000 MB in 240 GB\n\nAs it is more convenient for hardware to count numbers that is in base 2 (binary), most computer define 1 GB = 1024 MB. Thus 240 GB = 245 760 MB\n\nHowever, the accepted practice is 1 GB = 1 000 MB as it is compatible with SI (System International of Units), and IEC (International Electrotechnical Commision) recommends that the 1024 MB's GB is called as GiB (GigaByte, Giga Binary Byte) to avoid past confusion about the 1000 and 1024 Megabytes.\n\nSo the correct answer to your question is \n 240 000 MB \n\nNote: The spelling should be bytes not bites
928881
how longs a bit of string
687791
If the data is fed directly to a NetworkStream, it is impossible to determine its size. So you need hte CyrptoSteam to do so...\n\nThe solution is using the MemoryStream object. By feeding the output of the CryptoStream to a MemoryStream instead of directly to the NetworkStream, you can determine the encrypted data length of the message, and then easily move the data into a byte array for sending out the NetworkStream.\n\nThe MemoryStream object is linked to the CryptoStream, placing the output of the encrypted data directly into the MemoryStream. The MemoryStream can then be converted to a byte array using the GetBytes() method, and the length of the encrypted data is determined using the Length property of the MemoryStream (which must be typecast to an int).
289392
1. 64 MB\n2. X86, 150 MHz\n3. http://www.webopedia.com/TERM/I/IRQ.html
112990
C'mon don't anybody say 1000 again. its 1024.\n\nBytes in 1KB = 1024\nKB's in 1MB = 1024\nMB's in 1GB = 1024\nGB's in 1TB = 1024\n\nI stand subject to correction for the following:\nTB's in 1 PB = 1024\nPB's in 1 EB = 1024\nEB's in 1 ZB = 1024\nZB's in 1 YB = 1024\n\n(Tera, Peta, Exa, Zetta, Yotta)
71970
The other answers here are conflicting because of the differences in kilobytes (KB) and kibibytes (KiB). 1 KB = 1000 bytes and 1 KiB = 2^20 bytes = 1024 bytes. But this was recently redefined by the computer hardware industry in order to reduce confusion among consumers. As of a few years ago, there were no KiB, and 1 KB used to equal 1024 bytes.\n\nSo currently, the answer is 4948.6 MB and 4.9486 GB. But a few years ago it would've been 4832.6 MB and 4.72 GB. This is why people get confused.
433549
They are actually called Bits (0s and 1s). 8 bits = 1 byte
288315
Its 1 Terabyte.  1,000 Gigabytes.
1187362
Each character takes exactly 8 bits to be stored in, that's 1 byte (B). so 1 MB = 1024KB and 1 KB = 1024B so 1 MB has 1024 x 1024 = 1,048,576 bytes, that's 1,048,576 characters, that includes letters, spaces, symbols...etc
1106387
1 giga bytes is 1000 mege bytes