12 of them.
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.
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.
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.
12 of them.
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.
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.
factors of a number are all the possible whole numbers that can goes into that number. example: 1 times 6 equals 6 and 3 times 2 equals 6 since no other numbers can divide evenly into 6, 6 only has four factors: 1, 2, 3, 6
No, 3.6 is not a perfect square. A perfect square is defined as a number that has a whole number for a square root. In other words, there's no whole number that, when multiplied by itself, equals 3.6.
6 is, itself, a whole number.
6 halves = 6/2 in fraction.