You would need to use 18 digits: possibly, 0,1,2,3,4,5,6,7,8,9,A,B,C,D,E,F,G and H to represent the decimal numbers 0 to 17.
Then you would need to express any number x, in the form
x = a(n)*18^n + a(n-1)*18^(n-1) + ... * a(1)*18 + a(0) + a(-1)*18^(-1) + a(-2)*18^(-2) ...
where the a(i) belonged to the set of 18 "digits" as defined above.
The the octadecimal representation of x is
a(n)a(n-1) ...a(1)a(0).a(-1)a(-2) ...
Note that there is a octadecimal point between a(0) and a(-1).
10,923 decimal 2AAB Hexadecimal 25,253 Octadecimal
An 8-digit number is typically referred to as an "octadecimal number." In general terms, it can also be called an "eight-digit integer." Such numbers can range from 10,000,000 to 99,999,999. In various contexts, they may represent identifiers or codes, such as ZIP codes or account numbers.
it can represent any number it can represent any number it can represent any number it can represent any number it can represent any number
They are all different ways of representing numbers. For example the number 14 in binary would be 00001110, in octal it would be '16', and in hex would be represented by the '0E'
Periods represent the number of shells in a particular element
You represent a repeating number by putting a dash on top of the number. For example 56.1066666 you represent it by putting a dash on top of the 6
The letter that represent the composite number is letter C.
8.3 is not a whole number and so cannot represent any whole number.
How do you use an exponent to represent a number such as 16
Member number
The same as you would a rational number. Its distance from zero will represent the number, whether it is rational or irrational.
any number at all