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No. Every real number is not a natural number. Real numbers are a collection of rational and Irrational Numbers.
What else can I help you with?
Is every real number a counting number?
No. 3.6427 is real and rational, but not a counting number.
Is every rational number a real number also?
Yes.
Is every real number either a rational number or an irrational number?
Yes.
Does every rational number correspond to a point on the real number line?
Yes.
Every real number is a rational number?
No, not all real numbers. Rational numbers are numbers that can be written as a fraction. Irrational numbers cannot be expressed as a fraction.
Every rational number is a real number?
Yes it is, but not every real number is a rational number
What is a number that's real and rational?
Every rational number.
Which number is an integer a rational number and a real number?
Every integer is also a rational number and a real number.
Is every real number a rational number?
No
What is the relationship of rational numbers and real number?
The set of rational numbers is a subset of the set of real numbers. That means that every rational number is a real number, but not every real number is rational. The square root of 2 is an example of a real number that isn't rational; that is, it can't be expressed as the quotient of two integers.
Is every irrrational number a real number?
Yes every irrational and rational number is a real number.
What numbers can be integers rational and real number?
Every counting number, and the negative of it, are real, rational integers.
Is every rational number a real number?
Yes.
Is every real number a counting number?
No. 3.6427 is real and rational, but not a counting number.
Is every rational number a real number also?
Yes.
Can Every rational number is also a real number?
Yes, it is.
Every integer is a complex number?
Yes. Every integer is a rational number. Every rational number is a real number. Every real number is a complex number. The complex numbers include all real numbers and all real numbers multiplied by the imaginary number i=sqrt(-1) and all the sums of these.
