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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.
Well, honey, there are 2 halves in a whole, so technically speaking, there are 46 halves in 23. But if you're looking for a more straightforward answer, there's only 1 whole and 1 half in 23. Math can be a real trip sometimes, can't it?
line segment that divided the angle into 2 separate anglesA bisector is something that divides another thing into two equal parts (halves).
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.
Shapes that can be divided into two equal parts are called "symmetrical" or "mirror image" shapes. When a shape can be divided into two equal halves that perfectly match each other, it is said to have reflectional symmetry. Examples of such shapes include squares, rectangles, circles, and triangles, as they can be divided into two equal parts along a line of symmetry.