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Q: How many fractions are between three-fourths and one-half?

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There are infinitely many fractions. In fact, there are as many fractions between 0 and 1 as there are fractions that are greater than 1.

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.

There are infinitely many fractions between any two fractions.

1/2 inch is 12.7mm

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.

There are infinitely many fractions between 1 and 2 and I have no intention of even starting to list them.

There are infinitely many fractions between one sixth and three fifths.

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

12.5 US fl oz = 370mL

There are many fractions between 9.4 and 9.45! For instance: 9 400947094/1000000000 is between these numbers.

There are infinitely many fractions between the two given fractions. One such is 13/37.

1.5 tablespoons of water is 22.5 mls.

1

11319 is an integer and not a fraction. Furthermore, fractions are infinitely dense so there is no such thing as a "next" fraction. Between any two fractions, however close together, there are infinitely many fractions and, between any two of those, there are infinitely many, and between ...

An infinite amount.

an infinite number

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As many as you like providing that they can be expressed as fractions.

Fractions between 0 and 1/2 include 1/3, 1/4, 1/5 and infinitely many others.

There are infinitely many fractions between any two different fractions. 7/24 would do, but so would 71/240, 70/241 etc

Fractions are infinitely dense and this means that between any two fractions there an infinite number of fractions. If any fraction, f, laid claims to being the nearest, there would be infinitely many fractions between 0 and f and so infinitely many fractions which were closer to 0. This means that f could not be the closest. The argument can be used again and again and so there cannot be a fraction closest to 0.

There are infinitely many fractions. One such is 0.62000000000000000035

There are infinitely many. But, thanks to the strange behaviour of infinities, it set of fractions between 0 and 1 has the same cardinality (size) as the set of fractions between 0 and 100, or 0 and 10000000.

A lot too many to be listed cause one could be 7 and 1/billionth in fact that are an infinite number of fractions between 7 and 8, just like there are an infinite number of numbers, the fractions would just get smaller and smaller.

No. The concept of consecutive makes sense for integers but not for fractions. Fractions are infinitely dense. This means that there are infinitely many fractions between any two numbers - including between any two fractions. So, given one fraction, f1, there cannot be a "next" or "consecutive" fraction, f2, because there are an infinite number of fractions between f1 and f2.