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The answer will depend on the degree of rounding. To the nearest ten, it is 39120 To the nearest million, it is 0.
five million, sixty-nine thousand, one hundred and four
That depends on whether the numbers are rounded to the nearest tenth, the nearest whole number, the nearest ten, the nearest hundred, or the nearest thousand. Each choice produces a different answer.
331 million in numbers = 331,000,000
If you mean WHAT is 12.5 million in numbers the answer is 12,500,000
And the following numbers would be...
33,500,000 to 34,499,999
9000 to the nearest thousand, 10000 to the nearest ten thousands and 0 to the nearest million.
You will lose most of the information if you are working mainly with numbers smaller that 500,000. But in that case you should not be rounding to the nearest million but to a lesser degree.
3135 to the nearest hundred is 3100
The answer will depend on the degree of rounding. To the nearest ten, it is 39120 To the nearest million, it is 0.
Integers ending in a string of zeros are ambiguous. You cannot tell whether this number is accurate to the nearest hundred million (1 significant figure), to the nearest million (3 sf) or even the nearest unit (9 sf).
It is 5 499 999.999 ... (repeating)
8450000001 8499999999 8450000002 8498888888 84978963451 84500000003
134.7 - 45.5 - 67.9 = 21.3
The rule when rounding off numbers is "If the first figure to be discarded is 5 or more then the previous figure is increased by 1". When rounding off to the nearest tenth, 306.25 becomes 306.3 (5 is discarded, 2 increases by 1) When rounding off to the nearest unit (or digit or one), 306.25 becomes 306 (2 and any following numbers are discarded, 6 remains unchanged) When rounding to the nearest ten, 306.25 becomes 310 (6 and any following numbers are discarded, 0 increases by 1) When rounding to the nearest hundred, 306.25 becomes 300 (0 and any following numbers are discarded, 3 remains unchanged.
five million, sixty-nine thousand, one hundred and four