binary number

However, a binary number system with base 2 is also possible.

So the place values of the binary number 1101 are 8, 4, 2, and 1.

In binary numbers, the place values are based on 2, not 10.

They take two binary numbers and put them together to get a sum.

In a binary number system, there are only two digits: 0 and 1.

The state register is just a representation of a binary number.

A word is a binary number with more than one digit.

For another example, the binary number 101 is 5 in decimal.

A symbol for a binary number is made up of these two bit symbols.

Why should we not adopt a similar convention for binary numbers?

For example, if we performed a bit shift operation on the binary number 100, we'd get 10.

Such keys are made up of a binary number that is 40 digits long.

The musical notes are converted, by computer, into binary numbers.

One way is to visit all the binary numbers less than .

The program aims at finding many generalized binary number systems.

Each of these assembly language instructions must be represented by a binary number.

Fig. 1 shows how an eight bit binary number can be bar coded using this system.

The binary numbers next to the planets show the relative distance to the sun.

For example, the language consisting of binary numbers which can be divided by 3 is regular.

Why can we read the binary number in this L-shaped fashion?

Computers use the binary number system to store information.

The reason for this is complicated, and has to do with the way negative binary numbers are saved by the computer.

For example, the two's complement of 128 in an 8-bit system results in the same binary number.

The final result is then a (complete) list of binary number systems in a fixed dimension.

The aim of the project is to find all the generalized binary number systems up to dimension 11.