There are twelve halves in six wholes. This is because each whole can be divided into two equal parts, making two halves. Therefore, six wholes would have a total of twelve halves.
Two halves equal a whole. (1/2 + 1/2 = 1)
The answer depends on what it is that the earth is meant to be dividing. I was not aware that the earth divided anything in two halves!
33/2 or 18 1/2
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.
Two halves = 2*0.5 = 1 (or 1.0, if you must)
1.5
There are twelve halves in six wholes. This is because each whole can be divided into two equal parts, making two halves. Therefore, six wholes would have a total of twelve halves.
Two halves make a whole. Or You have two halves!?
Zero!
A mite has billateral symmetry because if you divide it lenghthwise, the two halves would be identical. But if divided any other way you would not have two matching halves, such as you would with a starfish or jellyfish, which have radial symmetry.
(0.5+0.5)−(0.5+0.5)=0 Bear in mind that two halves make a whole.
The diameter of a circle divides it into two halves
8
Any symmetrical figure has two halves that match. By definition, you cannot have more than two halves of a figure.
The duration of A Game of Two Halves is 1800.0 seconds.
Two equal angles would be the result