56 of them because 56/8 = 7
8 eighths in a whole
There are 24 eighths in 3 wholes because there are 8 eighths in one whole so if you multiply 8 by 3 you end up with 24 eighths.
There are eight eighths in a whole one.
There are 56 eighths in 7 whole ones. To find this, you multiply the number of wholes (7) by the number of eighths in each whole (8), which equals 56. Each whole is divided into 8 equal parts, so 7 wholes would be divided into 56 eighths.
40 eigths are in 5 wholes. eight eights equal one whole times 5 wholes equals 40 eights.
8 eighths in a whole
There are 24 eighths in 3 wholes because there are 8 eighths in one whole so if you multiply 8 by 3 you end up with 24 eighths.
There are 40 eights in 5.
There are eight eighths in a whole one.
There are 56 eighths in 7 whole ones. To find this, you multiply the number of wholes (7) by the number of eighths in each whole (8), which equals 56. Each whole is divided into 8 equal parts, so 7 wholes would be divided into 56 eighths.
40 eigths are in 5 wholes. eight eights equal one whole times 5 wholes equals 40 eights.
There are 8 eighths in 1 whole. This is because one whole can be divided into eight equal parts, with each part representing one eighth. Therefore, when you combine all eight eighths, you obtain the complete whole again.
eight eighths in one whole three thirds in one whole four fourths in one whole see the pattern?
How many eighths in 1 (that is, one whole)? And how many eighths will you have if you add one more eighth to those? And what's that number divided by 9? You can do this.
There are 12. 8 in a whole, and 4 in a half.
5/8 or five-eighths
To find out what must be added to five-eighths to make a whole, you subtract five-eighths from one. A whole can be represented as eight-eighths, so you calculate: ( 1 - \frac{5}{8} = \frac{8}{8} - \frac{5}{8} = \frac{3}{8} ). Therefore, three-eighths must be added to five-eighths to make a whole one.