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What does consecutive mean in fractions?

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.


What is after 4.45 in equivalent?

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.


How many equivalent fractions are there to two sixths?

There are infinitely many equivalent fractions to any given fraction.


When you multiply two fractions what is the answer called?

When you multiply any two numbers, the answer is their product.


When you multiply two fractions the answer is called the?

When you multiply any two numbers, the answer is their product.


Fractions least to greatest?

It's impossible to list all fractions, because there are no least or greatest fractions. In addition, between any two fractions, there's another fraction (for example, the average of the two functions).


Is there a fraction between one sixth and one twelves?

There are infinitely many fractions between any two fractions.


What are the two fractions?

There is no such thing as THE two fractions. There are infinitely many fractions.


How many fractions are between one half and seven eighths?

There are an infinite number of fractions between any two numbers.


What are the next two fraction of 18?

There is no such thing as a "next fraction" because fractions are infinitely dense. Between any two fractions there are infinitely more of them so no two of them can be called "next".


How many rational numbers are there between two consecutive rational numbers?

There are infinitely many rational numbers between any two consecutive rational numbers. This is because rational numbers can be expressed as fractions, and between any two fractions, an infinite number of other fractions can be found by taking the average of the two given fractions. Therefore, the set of rational numbers is dense, meaning there is no smallest gap between any two rational numbers.


How do you know when two fractions are equivalent?

You have to get a common denomanator to then work out if the numerator is also the same.