The aleph-null fractions on the number line between 9 and 10 may be technically the "listable" (aka coutable) type of infinity, but I for one do not intend to actually try to list them. It's basically "9 + x/y" where x and y are both integers, y>1 and x<y.
As the denominator increases the fraction will be smaller but there is no limit to how tiny that fraction can be. So between any two numbers on the number line, you can have an infinite number of fractions.
All fractions can be labelled on a number line.
whats the the line between fractions
38 is not a fraction.
Integers are positive and/or negative numbers. Fractions are not integers because they are not originally positive or negative. However, they can both be put on a number line and be considered an integer. Fractions aren't integers unless put on a number line. Integers don't have to be on a number line to be considered an integer.
Write two fractions that the point on the number line represent
fractions are represented in form of decimals
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.
There are infinitely many fractions. 0.15666666666682 is one example.
vinculum
Equivalent fractions.
There are infinitely many fractions and decimals between 0 and 1.