Irrational Numbers have infinitely long, non-repeating decimal expansions. They cannot be natural numbers or whole numbers. Those are rational.
Nothing you can do to 25% can ever make it a whole number. In order to be a whole number, it has to be '1' or more, but 25% is only one quarter.
Actually many people may not know it but the last number EVER IN THE WHOLE WORLD is google
If that's the complete number, then it's rational. But I see two periods after the '350'. Are those meant to suggest that the decimal goes on further ? If so, then in order to answer your question, we need to know whether the decimal ever ends or repeats. -- If it never ends or repeats, then it's an irrational number. -- If it ever ends or repeats, even if the repeat is several thousand digits long, then the number is rational.
No.
No, it's never greater than the lesser number.
No.
No, never.
No
Yes, the perimeter or area of a rectangle can be an irrational number. Thanks
Its decimal value keeps going on forever, without ever repeating. It can never be reduced to an exact fraction value of two whole integers.It means that pi is an irrational number and as such can not be expressed as a fraction
It is not ever accurate.
No one has ever shown that 2 is an irrational number because it is rational.
A irrational number is a fractional number that can go on for ever without repeating units like pi π3.141592653589793238462643383279502884197169399375105820974944592307816406286208998628034825342117067982148086513282306647093844609550582231725359408128481117450284102..........Or e2.7182818284590452353602874713527.....1/3 would not be a irrational number because the digits are repeating eg 1.3333333333333333A integer is a whole number that is not fractional eg -3 -2 -1 0 1 2 3Not to be confused with natural numbers which are all the whole numbers above and including 0 eg 0 1 2 3 4 ...
it is a never ending number that goes on for ever
There is no highest whole number because they go on for ever.
No, it is an irrational number and so has an infinitely long, non-terminating decimal representation.
Yes, of course. Why ever not ? You can make your rectangle any size you want.