You could theoretically be 999 999 002 009 or 999 999 002 010 years old; however, because the universe is nowhere near that old, it is preposterous to ask how old one would be given a birthday in a year that never existed.
99 999 999 980 000 000 001
999 000 000 000 in America its 999 trillion, in England it's 999,000 million
1 999 999 999 999 999 Or, written out, 1 quadrillion, nine hundred ninety nine trillion, nine hundred ninety nine billion, nine hundred ninety nine million, nine hundred ninety nine thousand, nine hundred ninety nine
It depends on the magnitude to which it is rounded. To the nearest integer (or smaller) it is 9 999 999 To the nearest 10, 100, etc to 10 million, it is 10 000 000 000 To the nearest 100 million or larger, it is 0
Nine hundred and ninety nine quintillion nine hundred and ninety nine billion three hundred and forty six million.
A billionaire has more money, because the highest amount in the millions a millionaire could get would be "999 999 999". Which would make them a multimillionaire. But after that "999 999 999", once they get over that number they would have "1 000 000 000" which is a billion, making them a billionaire.
99 999 999 980 000 000 001
1 000 000 000 - 1. this is 999 999 999.
200 000 000
It is -9 999 999 999. If limited to positive whole numbers, it is 1 000 000 000.
999 000 000 000 in America its 999 trillion, in England it's 999,000 million
1 999 999 999 999 999 Or, written out, 1 quadrillion, nine hundred ninety nine trillion, nine hundred ninety nine billion, nine hundred ninety nine million, nine hundred ninety nine thousand, nine hundred ninety nine
1000: from 000 to 9991000: from 000 to 9991000: from 000 to 9991000: from 000 to 999
It depends on the magnitude to which it is rounded. To the nearest integer (or smaller) it is 9 999 999 To the nearest 10, 100, etc to 10 million, it is 10 000 000 000 To the nearest 100 million or larger, it is 0
from 100 to 999 it is 900
900 000 001
3 999 999.999 ... recurring.