Stinky cheese
it is up your booty and around the corner.
look up www.shake yourself.org.com
*camcorder (camera + recorder) *sitcom (situation + comedy) *motel (motor + hotel) *transistor (transfer + resistor) *modem (modulator + demodulator) *bit (binary+digit) *camcorder (camera + recorder) *sitcom (situation + comedy) *motel (motor + hotel) *transistor (transfer + resistor) *modem (modulator + demodulator) *bit (binary+digit)
binary
they are both numbers
A modem is necessary for transmitting binary data over a Public Switched Telephone Network (PSTN) because it converts digital signals from a computer into analog signals that can travel over the telephone lines. The PSTN is designed for voice communication, which uses analog signals, so the modem acts as a translator between the digital data and the analog format required by the network. Additionally, the modem ensures that the data can be reliably sent and received, handling modulation and demodulation processes effectively.
The word modem is a condensation of the two words modulate and demodulate. In the day of dial up, it takes the incoming analog telephone signal and modulates it into digital binary a computer can read. Out going it does the opposite, taking the binary digital computer code back into analog and out over the wire. Of course today, we have cable modems and wireless broadband.
Murray is binary code. See related link below to a binary translator.
they are both numbers
The binary number 1000011 is equal to the decimal number 67. See the related link, 'Binary Numbers' below this answer.
Each 4-digit string of binary digits is equivalent to 1 single hexadecimal digit.
A modem, short for modulator/ demodulator, "packages" data that is being transmitted so it fits whichever transfer protocol it's working with. That includes chopping up the data to the proper packet sizes, adding error-checking bits and addressing info, etc. It also does the opposite with received data, "unpacking" it so your computer can work with it.