It is irrational.
Any number that cannot be written as a fraction is irrational. So if the Golden Ratio were rational, instead of a never-ending decimal number, you'd see a fraction.
The official measurement is (1+sqrt5)/2. sqrt5 is irrational.
In general, no. It is possible though. (2pi)/pi is rational. pi2/pi is irrational. The ratio of two rationals numbers is always rational and the ratio of a rational and an irrational is always irrational.
Rational. It's the ratio of -2,978 to 100 .
373,737 is the ratio of 373,737 to 1 ... as rational as can be.
Sometimes, it depends on if it can be written as a ratio, if it can be a ratio, then it is rational.
A rational number is one that can be expressed as the ratio of two integers with the denominator not being zero. An irrational number is one that is not rational.
-4.9 is a rational number. If a number is irrational, then it can not be expressed as a finite number of digits. A few examples of irrational numbers are: pi, the square root of any integer which is not square and the golden ratio (phi).
Rational, in that it can be expressed as a ratio; 14/5.
2.5 is the ratio of 25 to 10 ... entirely rational.
NO it is not irrational, that is to say it IS rational. If you can write a number as ratio of integers, it is rational. -11.7 can certainly be written as a ratio of integers.
In general, no. It is possible though. (2pi)/pi is rational. pi2/pi is irrational. The ratio of two rationals numbers is always rational and the ratio of a rational and an irrational is always irrational.
0.167 is the ratio of 167 to 1,000 ==> rational.
Rational. It's the ratio of -2,978 to 100 .
373,737 is the ratio of 373,737 to 1 ... as rational as can be.
Rational; 37/10 is a ratio, and it is the same number as 3.7
0.25 is the ratio of 25 to 100. That's rational.
0.6 is the ratio of 6 and 10 ... completely rational.
0.5555 is the ratio of 5,555 and 10,000 ... nice and rational.