Examples of using Binary bits in English and their translations into Indonesian
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Colloquial
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Ecclesiastic
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Computer
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Ecclesiastic
XOR is the logical operation of comparing two binary bits.
Eight binary bits: two hundred fifty six unique numbers.
Each decimal number is represented by four binary bits.
IPv4 uses 32 binary bits to create a network address.
Optical disks(CD-ROM, DVD) are an excellent example of this,with laser-burned“pits” representing binary bits.
How many binary bits is represented by each of the above terms?
The binary coding scheme generallyused in computer technology to represent data as binary bits(1s and 0s).
The 32 binary bits are broken into four octets(1 octet= 8 bits). .
IPv6 is alphanumeric, whose binary bits are separated by a colon(:).
So if all binary bits are a one, the decimal equivalent would be 255 as shown here.
In serial communication,bandwidth is a product of data volume(binary bits per transmitted“word”) and data speed(“words” per second).
IPv4 uses 32 binary bits to create a single unique address on the network.
Although computers have become more compact and considerably faster in performing their task, the task remains the same:to manipulate and interpret an encoding of binary bits into a useful computational result.
The IPv4 address uses 32 binary bits to create a single unique address on a network.
This is key to why there is any error to the calculations- 0.1, 0.2 and0.3 cannot be represented in binary precisely in a finite number of binary bits any more than 1/9, 1/3 or 1/7 can be represented precisely in decimal digits.
The IPv4 address uses 32 binary bits to create a single unique address on a network.
How many binary bits are needed to count up to the number one million three hundred thousand seven hundred sixty two?
In the computers we use today,data is processed and stored as binary bits, with each individual bit taking on a state of either 0 or 1.
The 32 binary bits are broken into four octets(1 octet= 8 bits). .
The IPv6 address uses 128 binary bits to create a single unique address on a network.
So if all binary bits are a one, the decimal equivalent would be 255 as shown here.
Therefore, if all binary bits are a one, the decimal equivalent would be 255 as shown below.
It is made up of 32 binary bits, which can also be separated into a host and network segment with the assistance of a subnet mask.
The address is made up of 32 binary bits, which can be divisible into a network portion and a host portion with the help of a subnet mask.
The semiconductor memory is organized into memory cells or bistable flip-flops,each storing one binary bit(0 or 1).
Many computer ciphers can be characterized by their operation on binary bit sequences(sometimes in groups or blocks), unlike classical and mechanical schemes, which generally manipulate traditional characters(i.e., letters and digits) directly.
Many computer ciphers can be characterized by their operation on binary bit sequences(sometimes in groups or blocks), unlike classical and mechanical schemes, which generally manipulate traditional characters(i.e., letters and digits) directly.
Sequential changes in the direction of magnetization represent binary data bits.
Each Hexadecimal digit is represented by four bits of binary digit.
The magnetization direction changes and this is what you consider as the binary data bits.