2/3, 4/6, 6/9 and on to infinity
-- 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
The easiest way it to convert them all to decimals. Carry out the repeating decimals to an equal number of places. Then it is easy to put them in order.
to order fractions you can cross multiply two fractions at a time or you can convert all the fractions into decimals.
Some examples of fractions that equal 100 are: 100/1, 400/4, and 6500/65. Note that they all reduce to 100.
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 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
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.
The numbers from least to greatest are: 2 over 10, 1/2, 0.6 and 0.9 (which is equal to 9 over 10). Convert all the fractions to decimals to compare.
The easiest way it to convert them all to decimals. Carry out the repeating decimals to an equal number of places. Then it is easy to put them in order.
to order fractions you can cross multiply two fractions at a time or you can convert all the fractions into decimals.
15/1003/2045/300are all equal to 0.15.
All you have to do is to figure how you have to equal them.