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.
Write two fractions that the point on the number line represent
If two fractions are equal then the difference between them is zero (0).
a dot between 2 fractions is multiplication also the dot is another symbol to multiply
I think what you mean is equivalent fractions. It means two fractions that are equivalent, or the exact same.
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.
Write two fractions that the point on the number line represent
The concept of consecutive has no meaning for fractions. This is because there are infinitely many fractions between any two fractions. And between any two of them, there are infinitely many, and so on. As a result, there cannot be any "next" fraction.
the difference between two equal fractions is zero.
If two fractions are equal then the difference between them is zero (0).
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.
Rational numbers are infinitely dense so there is no "next" fraction. There are infnitely many fractions between any two numbers. And there are infinitely more between any two of them, and so on.
Two fractions between 2/3 and 1/4 are: 1/3, 1/2 To find fractions in between two fractions, simply change the denominator of the fraction. It is sometimes easier to express the two fractions with a common denominator if there is a significant difference between them. For instance, express 2/3 and 1/4 as 8/12 and 3/12, respectively. You can see that there are atleast 4 fractions between the two.
There are an infinite number of different fractions between two fractions. If you want the one that's exactly in the middle, half-way between them, there's only one of those. It's called the "average" of the two fractions. Find it like this: -- Add the two fractions together. -- Divide the sum by 2 .
There is no "after" in the context of fractions. They are infinitely dense: what that means that between any two fractions, there are infinitely many fractions. And between any two of them there are infinitely many, and so on.
a dot between 2 fractions is multiplication also the dot is another symbol to multiply
There are infinitely many fractions between any two fractions.