A better way to term it is Requested information and Received information. Requested or Requests for information are always smaller than the Received amount, because the amount of data available is more than the request. For example if you enter a search term on Google, your Request is only a few bytes, but the amount of information received from that request is a lot more.
Though it of course depends on how much you actually view and / or download, the amount of information you transmit to the web is virtually always less than what you receive, due to the sheer amount of information available. However, information sent and received can come close in certain situations, such as transmitting data to a web server (uploading), or remote connection to another system and transferring information between the 2.
Probably because you have been uploading something.
this might be the case of virus in the computer due to which the receiving is less then sent.
south
MB is more, 1 MB = 1024 KBs Heres the list from Least to greatest, Bytes, Kilo-Bytes, Mega-Bytes, Giga-Bytes, Terra-Bytes
TB (terabyte) is larger than GB (gigabyte)
Depends on the size - lots more than text, less than a jpeg.
No, megabytes are larger than bytes. a megabyte is 1,000,000 bytes by common definition and according to the International System of Units. Other definitions include: megabyte = 1,048,576 bytes megabyte = 1,024,000 bytes
The number 290 is larger than 4.5, so 290 bytes is larger than 4.5 bytes.
yes if left unprotected you will have more bytes than bits
1.48 MB is slightly more than 1 480 000 bytes, so yeah, 1.48 MB is a LOT bigger than 479 bytes.
They can be sent or stored separately, which is useful to maintain a separate log of messages sent and received, if more than one party must sign a document, or to monitor data integrity.
A megabyte is sometimes defined as a million bytes - a 1 with 6 zeros. More commonly, however, it is defined as 1024 squared - a little more than a million bytes.
Its probably more than you will ever use. Its roughly 400,000,000,000 bytes.