A rational number is, by definition, the answer from dividing one integer by another.
It is rational because it can be expressed as the ratio 400040004/10000000000.
No. All whole numbers are integers.
The set of all rational numbers.If the set contains all of them then no other set can contain any more rational numbers.
Yes. The quotient of two non-zero integers is 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.
Any, and every, irrational number will do.
It is a rational number because it is a terminating decimal number which can also be expressed as a fraction
A rational number is, by definition, the answer from dividing one integer by another.
No, 1/2 is rational, but not a whole number.
It is rational because it can be expressed as the ratio 400040004/10000000000.
It can be written in the form of the ratio 55555/100000.
No. All whole numbers are integers.
The area of a triangle can be a rational number or an irrational number depending on its dimensions.
The set of all rational numbers.If the set contains all of them then no other set can contain any more rational numbers.
The short answer to your question: yes. This is one of the central axioms of math. If you'd like a bit more detail, try researching number theory.
is it rational because there is a pattern