No, rational numbers cannot r.
R was used for Real numbers. Q, for rational numbers refers to the fact that it must be possible to express them as quotients [of two integers].
The real set, denoted R or ℝ.
There is no special symbol.The set of rational numbers is denoted by Q and the set of real numbers by R so one option is R - Q.
No idea what you're on about. If you are asking in what order do the sets of numbers apear in terms of proving there existence, I believe they are in the following order:N->Z->Q->R->CWhere: N is the set of natural numbers, i.e. whole numbers ranging from 1 to infinity.Z is the set or whole numbers including zero ranging from -infinity to +infinityQ is the set of rational numbers, i.e. the set of numbers that can be expressed in the form a/b where a and b are in Z with b not equal to 0.R is the set or real numbers, the collection of every rational and non rational number.C is the set of complex numbers, i.e. all numbers that can be expressed as a+biwhere a and b are in R and i is the squareroot of -1.
No, rational numbers cannot r.
R was used for Real numbers. Q, for rational numbers refers to the fact that it must be possible to express them as quotients [of two integers].
The letter R was used for real numbers. So Q, for quotients was used for rational numbers.
There is no representation for irrational numbers: they are represented as real numbers that are not rational. The set of real numbers is R and set of rational numbers is Q so that the set of irrational numbers is the complement if Q in R.
Oh~ u r doing maths! The rational numbers are like fractions or decimals. For example, negative 8 over 7 is a rational numbers. or 0.2, 1.5, etc.... -2, +2, the one that doesn't have decimals or fraction is not a rational numbers.
If the two rational numbers are expressed as p/q and r/s, then their sum is (ps + rq)/(qs)
The real set, denoted R or ℝ.
There is no specific symbol. The symbol for real numbers is R and that for rational numbers is Q so you could use R \ Q.
p/q * r/s = (p*r)/(q*s)
It stands for the quotient. The letter R stands for the set of Real numbers.
There is no special symbol.The set of rational numbers is denoted by Q and the set of real numbers by R so one option is R - Q.
The set of all real numbers (R) is the set of all rational and Irrational Numbers. The set R has no restrictions in its domain and so includes (-∞, ∞).