72/96, 108/144, and 144/192
To determine if 15/36 and 40/96 are equivalent, we simplify both fractions to their simplest form. First, we find the greatest common divisor (GCD) of 15 and 36, which is 3. Dividing both the numerator and denominator of 15/36 by 3 gives us 5/12. Next, we find the GCD of 40 and 96, which is 8. Dividing both the numerator and denominator of 40/96 by 8 also gives us 5/12. Therefore, 15/36 and 40/96 are indeed equivalent fractions.
You can use the same notation and ordering for fractions as you do integers. The difficulty with fractions is that in most cases you need to find eqivalent denominators to see how they rank. Ie. If I said order for smallest to largest 2/3, 1/6, 72/96 and 24/48. It would be difficult without finding some similar base (is 2/3>72/96?). Instead if you conver them into a common base... 8/12, 2/12, 9/12, 6/12. Now you can easily order and/or compare the fractions.
16/24, 8/12, 4/6, 2/3, 64/96, 128/192.
Many fractions are equal to 48. 96/2, 144/3, and even 48/1 are all fractions that are equal to 48. Perhaps you mean 4/8 though, and 1/2, 2/4 and 3/6 are all equal to 4/8.
96/75
fractions of 48 = 48/1, 96/2, 144/3, 192/14,...
15 / 36 = 5 / 12 = 40 / 96
equivalent fractions for 48 over 96 = 24/48, 16/32, 12/24, 6/12, 4/8, 1/2
73 1/2 is one of infinitely many fractions between 96 and 72.
24/21 96/82 240/210 These are only three equivalent fractions. There are an infinite amount of equivalent fractions for 48/42.
96
1\2 and 3\4
3 equal fractions would be 24 over 10, 48 over 20 and 96 over 40.
1/6 4/24 8/48 16/96......
1/12 = 2/24 = 4/48 = 8/96
72/96, 108/144, and 144/192