over the second letter in the equation there will be a line this means repeating if the line is not present this means terminating
If, when you carry out long division, the remainder at some stage happens to be the same as the remainder at an earlier stage.
It is 29 because 29*23 = 667
In general, you cannot.If the fraction is in its simplest form and the denominator has any prime factor other than 2 or 5 then it is a repeating decimal; otherwise it will terminate. However, most people will not know simply by looking whether 21474836480 has any factors other than 2 and 5.
i dont know continental
over the second letter in the equation there will be a line this means repeating if the line is not present this means terminating
first you think that is 2 a repeating decimal.... and can u reduce it if its not a repeating decimal and u cant reduce it then it is a rational number
Do you mean, "How can you easily know whether or not a number is prime?"
So you will know it was manufactured by Winchester Repeating Arms Co.
The bar is only used for repeating decimals. If it is repeating, you can use it.
0.36 is NOT a repeating decimal but a terminating one.
If that is 16 repeating then as a mixed number it is 2 and 16/99
Simply look at the number!
If, when you carry out long division, the remainder at some stage happens to be the same as the remainder at an earlier stage.
If both digits are repeating then as a fraction it is 37/99
Divide the smaller number into the larger one. If the answer is an integer, it's a multiple.
no. you can think of an irrational number as any number you don't know the last digit of. 1/2 is = to 0.5. because you know 5 is the last digit, it is rational. pi is irrational, because it does not have a last digit, it goes on forever. 10/3 or 3.33333 repeating is rational because you know 3 will be the last digit even if it is infinite. 6.7878787878 repeating would be irrational because it is not known if the 7 or the 8 is the last digit