A fraction can be proper or improper.
When a fraction is proper, the numerator is less than the denominator, and therefore, the fraction is less than unity. For example:

When a fraction is improper the numerator is greater than the denominator and therefore the fraction is greater than unity. For example:

So, in this case, you have

Then, as you can see 32/3 is an improper fraction.
To take it to a proper fraction, you can convert this fraction into a mixed number.
A mixed number is made up of an integer part and a proper fraction.
So, you have

Therefore, 32/2 as a proper fraction will be
