By dividing something. What you divide will depend on what unit rate you want to find. As an example, let's assume that a dozen (12 units) of a certain product cost $48. If you divide $48 by 12 units, you have a unit rate of 4 dollars/unit. (In principle, you can also divide the other way round; in that case you have 1/4 units/dollar.)
Divide both halves by 6: 12 : 42 = (12 ÷ 6) : (42 ÷ 6) = 2 : 7 The ratios 12 to 42 is equivalent to 2 to 7.
There are 8 halves in 4.4 divided by 12 is 1/3.
You divide by 12.You divide by 12.You divide by 12.You divide by 12.
Yes, you can. If you make it 1 unit by 5 units
12 of them.
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.
go answer my questions
Divide both numbers by 12. So 9.00 : 12 = 9.00/12 : 12/12 = 0.75 : 1 So the unit rate is 0.75
what i did is divide 5.79 by 12 that equals
By dividing something. What you divide will depend on what unit rate you want to find. As an example, let's assume that a dozen (12 units) of a certain product cost $48. If you divide $48 by 12 units, you have a unit rate of 4 dollars/unit. (In principle, you can also divide the other way round; in that case you have 1/4 units/dollar.)
Well, honey, if we're talking about cutting 12 into halves, you'd end up with 24 halves. But if you're asking how many halves are in 12 as a whole, the answer is just one big ol' 12. So, it all depends on how you slice it, sugar.
The best answer is to divide 300 to 25 and it with give you 12.
The best answer is to divide 300 to 25 and it with give you 12.
The formula for the area of a rectangle is A = LW. If A = 72 and L = 12, you can plug those into the equation and simplify. Solve for W. 72 = 12W divide both sides by 12 72/12 = W W = 6ft
Yes it measures 3 on all sides sides across from each other but it would have to be a square. Having a rectangle is impossible. Then again a square is a rectangle but a rectangle isn't a square.
Six whole halves. Each whole has two halves making it, 6(wholes)x2(#of halves in whole)= 12. 12 halves in 6 wholes.