There are an infinite number of them, so there's no way to post a list here.
But you can generate as many of them as you need, like this:
-- Multiply 5 by any number. Write the product on top of a fraction.
-- Multiply 12 by the same number. Write the product on the bottom of the fraction.
Now you have a new fraction that's equal to 5/12 .
-- All proper fractions are not equal to 4.12 , -- Of the infinite supply of improper fractions, all of them are not equal to 4.12 except only 103/25 and other ratios of (a multiple of 103)/(the same multiple of 25).
8/12= 40/60= 20/30= 100/150
2/3, 4/6, 6/9 and on to infinity
Some examples of fractions that equal 100 are: 100/1, 400/4, and 6500/65. Note that they all reduce to 100.
40/1 80/2 120/3 These are all fractions that equal 40. There is an infinite amount.
There are an infinite number of fractions equal to 65/85, which is too many to list here. The simplest form is 13/17.
All fractions w/0 are irregular #'s.
-- All proper fractions are not equal to 4.12 , -- Of the infinite supply of improper fractions, all of them are not equal to 4.12 except only 103/25 and other ratios of (a multiple of 103)/(the same multiple of 25).
Different fractions are equal to different values.
8/12= 40/60= 20/30= 100/150
2/3, 4/6, 6/9 and on to infinity
Two over twelve, three over eighteen, and four over twenty-four are all equivalent to one over six.
It's asking you that what it's equal to, as you just asked. examples are, 2 over 16, 3 over 24, 4 over 32, 5 over 40, and all those stuff.
Explaining fractions when talking about equal distribution is easy. All you have to do is put the fraction into the simplest form.
15/1003/2045/300are all equal to 0.15.
All you have to do is to figure how you have to equal them.
Some examples of fractions that equal 100 are: 100/1, 400/4, and 6500/65. Note that they all reduce to 100.