2 over 2 or 1
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
Three halves or 1.5 as a percent would be 150%.
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!
There are four halves in two wholes. Each whole is made up of two halves, so when you multiply two wholes by two halves per whole, you get four halves in total.
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.
There are ten halves in five halves. This is because each whole is made up of two halves, so when you multiply five by two, you get ten. Therefore, five halves equal ten halves.
(0.5+0.5)−(0.5+0.5)=0 Bear in mind that two halves make a whole.
Five halves can be expressed as a mixed number: it equals 2 and a half, or 2.5. Visually, if you imagine dividing a whole into two equal parts, five halves would look like two whole pieces (each made up of two halves) plus one additional half. In total, you would have two complete units and one more half unit.
The diameter of a circle divides it into two halves
8