no Same percentage of the whole, but value is different depending upon what that is. Would be 4 if the whole was 8 and 8 if the whole was 16.
There are 296 halves in 148, since 148 divided by 1/2 is the same as 148 * 2 = 296.
"Two halves of the same walnut" comes from President Harry Truman's speech promoting the Truman Doctrine and the Marshall Plan.
Six of anything divided by three is two of the same thing.
Imagine a pie or pizza, cut it in half, now you have 2 equal parts. Each is 1/2. If you put them together, you have 1 whole (pie or pizza) same concept if you cut it into 6 pieces, then put back together. Each of those parts is 1/6. All 6 together is 6/6 or 1 (essentially the same, we use 1 to simplify) obviously you can make 1 whole into as many parts as you like, for example 10, each of those would be 1/10 and 10/10 (or 10 together) make 1. The bottom number tells you size of increment or how small the part is in a fraction, i.e. how many of those make 1 whole. when they match like 10/10 you have a whole. If you see something like 20/10 that would simplify to 2.
Two halves is the same as a whole, in other words two halves equals one. In symbols, 2/2=1. So the question is how many fourths equal 1? The answer is 4/4 =1.
no Same percentage of the whole, but value is different depending upon what that is. Would be 4 if the whole was 8 and 8 if the whole was 16.
The idea is to divide 10 by (1/2). Half is the same as 0.5. if you divide 10 by 0.5 on a calculator, you get 20
There are 296 halves in 148, since 148 divided by 1/2 is the same as 148 * 2 = 296.
810 divided by 1/2 (which is the same as .5) would be the same as 810x2. Which is 1,620.
For example, 2/2 (two halves) is one whole, while 10/10 (ten tenths) is also one whole.
Two of them because 2/2 = 4/4
As an improper fraction 7 halves is 7/2
Just the one because: 8/16 = 1/2
its always the same
it is the same number as the sausages in your but
A whole bloody lot, about sixty or seventy, and you'll find most of the same ones in females too. The main difference is the ammounts and what function they have.