If you were counting in eighths, there are none because 3/4 = 6/8.
If you were however, counting is sixteenths there are more fractions. 3/4 = 12/16; 7/8 = 14/16. So, 12/16, 13/16, 14/16
If you were counting in thirty-seconds there are ever MORE fractions! 3/4 = 24/32; 7/8 = 28/32. So, 24/32, 25/32, 26/32, 27/32, 28/32
Let's assume that you count in thirty-two millionths. There are many more fractions between 3/4 and 7/8. 3/4 = 24000000/32000000; 7/8 = 28000000/32000000. 2400001/32000000, 2400002/32000000, 24000003/32000000... 27999997/32000000, 27999998/32000000, 27999999/32000000, 28000000/32000000
What is the largest number that you can think of? Can you add one to it? YES!
The final answer is that there are an infinite number of fractions between 3/4 and 7/8.
There are infinitely many fractions between 1 and 2 and I have no intention of even starting to list them.
Well, darling, between 5 and 6, there are infinity fractions. Fractions are like rabbits, they just keep multiplying. So, if you want an exact number, tough luck, because you'll be counting those fractions until the cows come home.
1
An infinite amount.
If you are asking how many different fractions lie in this range the answer is an infinite amount. If you are asking what fraction lies in the center it is 1/2
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.
9 1/2 is one of infinitely many fractions between 12 and 1.
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 any two 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.
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.
Well, darling, between 5 and 6, there are infinity fractions. Fractions are like rabbits, they just keep multiplying. So, if you want an exact number, tough luck, because you'll be counting those fractions until the cows come home.
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.