sixteen
2 = 16 x 1/8 = 16/8 = 2/1
2.125
There are 10 fifths in 2 wholes. This is because one whole can be divided into 5 equal parts (fifths), so two wholes would contain 5 + 5, which equals 10 fifths.
There are twelve thirds in four wholes.
To find out how many thirds are in five wholes, you can multiply the number of wholes by the number of thirds in one whole. Since one whole is equal to three thirds, five wholes would be 5 × 3 = 15. Therefore, there are 15 thirds in five wholes.
When you have 11 halves, you can think of it as having 11 parts, each of which is half of a whole. To find out how many wholes that is, you would divide 11 by 2, since there are 2 halves in a whole. Therefore, 11 halves is equal to 5 wholes with 1 half remaining.
One
There are infinitely many of them. Any ratio of the form (2*k)/k where k is a non-zero integerwould be one such fraction.
To find out how many one-fifths are in 7 wholes, you can multiply 7 by 5, because each whole contains 5 one-fifths. Thus, 7 wholes contain ( 7 \times 5 = 35 ) one-fifths. Therefore, there are 35 one-fifths in 7 wholes.
6 Thirds are in 2 wholes. 3 in 1 whole.
12 A quarter of something is the same as one fourth of something. If it takes 4 parts to make a whole and you need three wholes it is simple math: 4 x 3 = 12
There are infinitely many of them. Any ratio of the form (2*k)/k where k is a non-zero integerwould be one such fraction.
Four.