Rational numbers are (basically) fractions. You can compare any two fractions by converting them to fractions with a common denominator, and then comparing their numerators.You can also convert them to their decimal equivalent (just divide numerator by denominator); that also makes them fairly easy to compare.
It is possible if you define some arbitrary sequence, to decide which number comes "after" which other number. There is no "natural" sequence, as in the case of integers; to be more precise, you can't use the ordering defined by the "less-than" operator as such a sequence: between any two different rational numbers, there are additional rational numbers.
It is a rational number
you mean is a whole number a rational number? and yes it is and rational number. Any number that can be put in a fraction is a rational number
As much as, in these days of uncertainty, anything can be anything. As long as the constraints of a rational number are kept to, a rational number will always remain a rational number.
It must be a generalised rational number. Otherwise, if you select a rational number to multiply, then you will only prove it for that number.
A rational number which is an integer can be simplified to a form in which the denominator is 1. That is not possible for a rational number which is not an integer.
Yes, but only if the rational number is 0.
Only if the rational number is 0.
It is a rational number. It can be written as a fraction.
It is a rational number.
-8 is a rational number
There is no such thing as a number that is both rational and irrational. By definition, every number is either rational or irrational.
It is 10 which is a rational number.
1.96 is a rational number
The number 3 is a rational number (as is any integer).
Yes. Any rational number divided by any other rational number is a rational number.
Yes, the sum is always rational.
It is rational. An irrational number is a number that you cannot define by a fraction or a decimal. Since you wrote it as a decimal, it is rational.
The way in which the binary functions, addition and multiplication, are defined on the set of rational numbers ensures that the set is closed under these two operations.
No rational number is an irrational number.
It is rational number.
That is a rational number.
Yes, 16.4 is a rational number
That is a rational number. Any numbers that are not rational (irrational) are either repetitive such as 0.3333333.......... or are surds. Since this number is not one of them, it is a rational number.