Additional examples are adjusted to the entries in an automated way - we cannot guarantee that they are correct.
In the quater-imaginary system a radix point can also be used.
Numbers that are not integers use places beyond a radix point.
Both word size and radix point can be specified on an operator basis.
"Radix point" is a general term that applies to all number bases.
Scientific notation may be used as an alternative to the radix point.
If the quote comes at the end, just append a zero after the radix point.
In many other countries, the radix point is a comma (,) placed on the baseline.
A radix point in the decimal system is the usual .
In English-speaking countries, the radix point is usually a small dot (.)
Introducing a radix point in this system will not enable representation of non-integer values.
In the last example, the exclamation point represents the quote and radix point at the same position.
In fixed-point systems, a position in the string is specified for the radix point.
In mathematics the decimal mark is a type of radix point, a term that also applies to number systems with bases other than ten.
If the quater-imaginary representation of the complex unit i has to be found, the formula without radix point will not suffice.
This article generally follows the convention that the radix point is set just after the most significant (leftmost) digit.
There are various notations used to represent word length and radix point in a binary fixed-point number.
Integers and fractions were represented identically - a radix point was not written but rather made clear by context.
All digits to the left of the radix point are integers; those to the right are fractional.
When the radix point is at the right end, the multiplicative factor is 1, and the point can be omitted.
In the tabular format, the digits are written above their base, and a semicolon indicates the radix point.
When the radix point and the quote coincide, an exclamation point (!)
The decimal separator is mathematically a radix point.
Equivalently, it equals the original number with the digits before the radix point substituted with 0.
The normalized value moved the radix point two digits to the left, yielding a multiplier and exponent of 16.
To convert inches to hands, the number in inches is divided by four, then the remainder is added after the radix point.
However, in Germany, the comma is used as the radix character and the period is the separator character.