We divide 24 by 2 and then the quotient obtained is also divided by 2, we continue the process until the quotient obtained is greater than 1.
24 = 2x12 + 0
12 = 2x6 + 0
6 = 2x3 + 0
3 = 2x1 + 1
The remainder obtained in last step is given highest priority and the remainder obtained in first step is given the lowest priority.
The quotient obtained in the last step is written first followed by the remainders according to their priorities:
So binary equivalent is 11000.
(24)10 = (11000)2
Decimal 23 is 10111 in binary
Decimal 18 is 10010 in binary
Decimal 26 is 11010 in binary
Decimal 27 is 11011 in binary
11001 16 + 8 + 1
11000
Decimal 28 is 11100 in binary
Decimal 20 is 10100 in binary
212 (decimal) is 11010100 (binary)
The plural of binary is binaries. As in "he used binaries to write the code".
11001
4294967294 written in binary would be 11111111111111111111111111111110