If the number isn't whole, like 0.42, the process is just a little bit different. Going back to our example, 3 becomes “three million,” and 251 becomes “two hundred fifty-one thousand.” All together, we get “three million, two hundred fifty-one thousand, four hundred sixty-nine.” The trick is that the second block from the right gets “thousand” added to it, the second gets “million,” the third, “billion,” and so forth. To get the final answer we need to put the worded parts back together. We simply get “three” from 3, “two hundred fifty-one” from 251 and “four hundred sixty-nine” from 469. Now we put each group into words individually. (Similarly, 14000 becomes 14,000 and 543 remains as it is.) Once we break it up, it becomes 3,251,469. The trick is to break the number up into blocks of three. Embedding is allowed as long as you promise to follow our conditions. 1.42 or “one and forty-two hundredths”) and negative numbers. Numerals with up to 306 characters (over a centillion) can be worded, as well as decimals (e.g. That is, a billion is 10 9 and not 10 12. This calculator generates a short scale worded representation of a number.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |