Study guides

Q: What is the order of these fractions 4 over 7 5 over 8 3 over 4 and 11 over 12?

Write your answer...

Submit

Related questions

2 equivalent fractions for 3 over 11 are 6 over 22 or 12 over 44.

11/12=22/24=33/36

6/11 = 12/22 = 18/33

2 and 9/12 = 11/4 or 22/8 as an equivalent fraction

4/9, 2/3, 5/6, 11/12

Convert them all to decimal (use a calculator, and divide the numerator by the denominator). Then it should be easy to compare them.

Too add fractions, you first need to make the denominators (the bottom numbers) equal. by multiplying 1/6 x2, you get 2/12. 11/12 + 2/12 = 13/12 or 1 1/12

3/11 is equivalent to 6/22, 9/33, 12/44. 15/55 etc.

There are an infinite number of fractions equal to 11/12. Here are a few: 22/24 66/72 121/132 1,100/1,200

-12 over 5 = - 12/5 = - 2.4. This is the lower limit. 11 over 6 = 11/6 = 1.8333. This is the upper limit. The integers between -2.4 and 1.833 are -2, -1, 0 and 1. Therefore, the number of integers between the two fractions is 4. Hope that made sense.

1 and 9/14, 12/7, 11/6

2 and 3/4 = 11/4 = 22/8 = 33/12

2/3, 4/6, 6/9 and on to infinity

you add the nominator to the whole number and put it over the denominator. for example: 11 1/3= ? 1+11= 12 12/3

60/110 12/22 42/77

Two equivalent fractions are 2 over 12, and 3 over 18. There much more equivalent fractions besides those.

Two fractions that are equivalent to 12/15 are 4/5 and 24/30.

Your fractions are: 5/12, 2/9, 5/6. You want them in least to greatest order. This is also called in ascending order. 1) Convert all fractions to easier denominators. Common denominator is 18. 2) Convert all fractions. 3) 7.5/18, 4/18, 15/18. 4) Arrange them all in ascending order. 5) Answer: 4/18 (2/9) , 7.5/18 (5/12) , 15/18 (5/6)

11/12 + 11/12 = 22/12 = 1 and 5/6

3 equal fractions would be 24 over 10, 48 over 20 and 96 over 40.

No.

No.

Improper fractions cannot become proper fractions.

120/480 and 1200000/4800000 are two equivalent fractions.

11 over 12 + 1 over 3= 11 over 12 + 4 over 12 = 15 over 12 or 1 and 3 over 12 or 1 and 1 over 4