It is called a [decimal] fraction.
6.03 IS expressed using decimal form!
There is no such example. If you cannot use an exact fraction then there will not be an exact decimal that you can use instead. And, if you are using an approximate decimal, you could use an approximate fraction instead.
You cannot be sure that what appear to be a non-repeating decimal does not in fact repeat after, say, a million places, in which case it would be equal to a certain fraction. If it really is non-repeating, then it is irrational, which is a fancy way of saying it does not represent a fraction using two integers.
1.1429
Expressed as a decimal fraction, this is equal to 4000.6.
It is called a [decimal] fraction.
Expressed as a decimal fraction, 39/1000 is equal to 0.039.
6.03 IS expressed using decimal form!
if you r using division to write a fraction as a decimal how do u know when to stop dividing
Up to 999999, one short of a million.
To convert a fraction to a decimal, you divide the numerator by the denominator - on a calculator, or using long division.
The fraction is 16/3. The bar over the top of the 3 means that the decimal is a repeating decimal using the term that the bar is over. In this case, the 5.(bar)3 means 5.333333... out to infinity.
Using a decimal, of course. All you need do is move the decimal point two places to the right.
There is no such example. If you cannot use an exact fraction then there will not be an exact decimal that you can use instead. And, if you are using an approximate decimal, you could use an approximate fraction instead.
The improper fraction equal to the highest number, containing those digits, is 97/5, or ninety-seven fifths. Expressed as a mixed number, this is equal to 19 2/5, or nineteen and two-fifths. Expressed as a decimal, this is equal to 19.4.
You cannot be sure that what appear to be a non-repeating decimal does not in fact repeat after, say, a million places, in which case it would be equal to a certain fraction. If it really is non-repeating, then it is irrational, which is a fancy way of saying it does not represent a fraction using two integers.