The number line includes all rational numbers but also has irrational ones. It is the REAL number line. The square root of non-perfect squares are on it and pi is also on it and they are not rational.
Real numbers can be rational or irrational because they both form the number line.
because the # line shows the rational #'s in order from least to greatest
No. The real number line corresponds to rational AND irrational numbers.
A line over the decimal part of a number indicates that there is a part that recurs infinitely many times. Such numbers are rational.
well every integer fraction whole number natural number are rational number's surely rational numbers are represented on a number line and as rational numbers are the real numbers
The number line includes all rational numbers but also has irrational ones. It is the REAL number line. The square root of non-perfect squares are on it and pi is also on it and they are not rational.
Real numbers can be rational or irrational because they both form the number line.
A number line is a line of which numbers are ordered on. Usually from 1 to 100.
because the # line shows the rational #'s in order from least to greatest
No. The real number line corresponds to rational AND irrational numbers.
The Density Property states that, between two rational numbers on a number line there is another rational number. Mark some fractions on a number line. No matter how dense the number line is, there still is another number between the two numbers.
That would be the real numbers.
Real numbers are any numbers that could be on a number line. Rational numbers are numbers that can be expressed as fractions. Real irrational numbers are things like pi or the square root of 2.
Yes, because it can be located on a number line.
They are two points representing rational numbers.
Real numbers include positive and negative numbers, integers and fractional numbers, and even irrational numbers - numbers that are between rational numbers, but that are not rational numbers themselves. (A rational number is one that can be written as a fraction, with integers in the numerator and the denominator.) Real numbers can be represented as points on a straight line.