Give a proper fraction whose denominator is more than the numerator. How many are they?
Let's find fractions whose denominator is more than the numerator:
A fraction whose numerator is less than the denominator is called a proper fraction.
Let's try to find pair of numbers whose difference is :
( here ), the proper fraction
( here ), the proper fraction
( here ), the proper fraction
( here ), the proper fraction
So, we see that there can be infinite such pairs.
Hence, proper fractions whose denominator is more than the numerator are , , and . They are infinite in number.