Eight eights constitute a whole.
To determine how many eighths must be added to make a whole, you can think of a whole as 1. Since a whole is equivalent to 8 eighths, you would need to add enough eighths to reach 8. Therefore, if you start with a certain number of eighths, subtract that from 8 to find how many more are needed to reach a complete whole.
in a whole of what alphabetical or orrientational number?
There are eight eighths in one whole, and since two quarters equal one whole, that means there are also eight eighths in two quarters. Therefore, there are eight eighths in two quarters.
40 of them.
Their are eight eighths. You know because the word eight is in 'eighth'
8 eighths in a whole
eight eighths equal a whole.
74 eighths
There are eight eighths in a whole one.
40
To determine how many eighths must be added to make a whole, you can think of a whole as 1. Since a whole is equivalent to 8 eighths, you would need to add enough eighths to reach 8. Therefore, if you start with a certain number of eighths, subtract that from 8 to find how many more are needed to reach a complete whole.
in a whole of what alphabetical or orrientational number?
There are eight eighths in a whole. We have four whole units, so the first sum is: 8x4=32 In this case, we have 7 additional eighths, so add them on, and the answer is: 32+7=39
There are eight eighths in one whole, and since two quarters equal one whole, that means there are also eight eighths in two quarters. Therefore, there are eight eighths in two quarters.
40 of them.
Their are eight eighths. You know because the word eight is in 'eighth'
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.