0.6364
Dividing small numbers by large numbers results in numbers between zero and one. These numbers are called fractions.
Ex. 7 divided by 11 = 7/11.
Use long division to find a repeated decimal.
7/11 = 0.636363636363636363 ...
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large numbers
That is very difficult; I daresay most people can't do it. It requires keeping lots of numbers in memory.
The LCM of 2 numbers can be one of those numbers when the large of the 2 numbers is 2 times the smaller one of those numbers. For example the LCM of 2 and 4 is 4. For example the LCM of 5 and 10 is 10.
The answer is 2 when you divide any number by another that is half as large. So you will get 2 if you divide 4 by2, or 128 by 64, or an infinite number of other combinations.
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large numbers
1986745235766546876
That is very difficult; I daresay most people can't do it. It requires keeping lots of numbers in memory.
The LCM of 2 numbers can be one of those numbers when the large of the 2 numbers is 2 times the smaller one of those numbers. For example the LCM of 2 and 4 is 4. For example the LCM of 5 and 10 is 10.
The answer is 2 when you divide any number by another that is half as large. So you will get 2 if you divide 4 by2, or 128 by 64, or an infinite number of other combinations.
They break down very large numbers into groups of 3 from right to left thus making them easy to read as for example 30,000,000,000 is thirty billion
Very large or very small numbers are written out in scientific notationas for example 1,000,000 is 1.0*106
You'd divide a document into sections to emphasize its logical structure: an overview, an introduction, a detailed discussion, followed by a concluding chapter and supplementary data, for example. You may also wish to divide a very large document into sections to make the individual sections more easily manageable than the whole.
Obviously "large numbers"
To simplify fractions, you need to divide the numerator and denominator by their GCF. Otherwise you'll end up with fractions with unnecessarily large numbers.
It is difficult for us to believe that you are unaware of the numbers from 1 to 100 and it would be tediously time-consuming and counterproductive to list the prime factors of such a large group. It is the intent of this forum to provide you with information and perhaps an example or two so that you can solve such problems on your own. Most people find factor trees to be helpful. Example: 42 42 Divide by two. 21,2 Divide by three. 7,3,2 Stop. The prime factors of 42 are 2, 3 and 7 Some numbers in that range are prime, like 43. The prime factor of 43 is 43. Now you try it.