12
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.
There are two halves in 6. Each half represents one part of a whole, so when you divide 6 into halves, you get two equal parts of 3 each. This is because when you divide a number by 2, you are essentially splitting it into two equal parts.
12 of them.
Six wholes can be split into 12 halves
Well, if there are 2 halves in 1 whole, 2x4=8. Or you could count as 2, 4, 6, 8.
There are 12 halves in 6 wholes. Since each whole can be divided into 2 halves, you multiply the number of wholes (6) by 2, resulting in 12 halves.
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.
There are two halves in 6. Each half represents one part of a whole, so when you divide 6 into halves, you get two equal parts of 3 each. This is because when you divide a number by 2, you are essentially splitting it into two equal parts.
12 of them.
3 / 0.5 = 6
There are six halves in 3. This is because each whole (1) contains two halves, so when you multiply 3 by 2, you get 6 halves.
Six wholes can be split into 12 halves
Divide the 6 (numerator) by the 3 (divisor) which equals 2 (a whole number). Therefore, not a mixed fraction.
It is rounded to 6.The main answer is 6.11
no, because that would be 6 remainder 6, which is 6/6 which equals 1 whole. So it would be the answer you got +1 with no remainder
Well, if there are 2 halves in 1 whole, 2x4=8. Or you could count as 2, 4, 6, 8.
In 6 centimeters, there are an infinite number of halves. This is because you can continue to divide any length in half indefinitely, resulting in an infinite number of halves. Each time you divide the length in half, you create two equal parts, or halves, of the original length.