2049.99... (recurring) and 1950
Greatest (whole) number = 154999 Smallest number = 145000
No
One Thousand
To solve this, you have to consider what the largest and smallest numbers could be to cause the ten thousand's place to round to a 0.404,444 is the largest, because if you round to the ten thousand's place, it will still be 400,000. If any of the 4s becomes a 5, it will round up to 410,000.394,445 is the smallest, because if you round to the ten thousand's place, it will round up to 400,000
It depends on what basis you use for rounding. If you round to the nearest thousand, then 86,499.99999... is the largest possible number. If you round to the nearest multiple of 86,000, then 128,999.999... would be the largest number.
23,000 is already rounded to the nearest thousand, and is therefore the greatest possible value under the circumstances.
Greatest (whole) number = 154999 Smallest number = 145000
52499 to the nearest thousand.
The greatest whole number is 89,999 The greatest real number is 89999.9 recurring (= 90,000)
653,822,110
Depends on what you are rounding to.... The nearest 10 it would be 9995 for the smallest and 10004 for the largest. The nearest 100 it would be 9950 for the smallest and 10049 for the largest. The nearest 1000 it would be 9500 for the smallest and 10499 for the largest.
One Thousand
No
To solve this, you have to consider what the largest and smallest numbers could be to cause the ten thousand's place to round to a 0.404,444 is the largest, because if you round to the ten thousand's place, it will still be 400,000. If any of the 4s becomes a 5, it will round up to 410,000.394,445 is the smallest, because if you round to the ten thousand's place, it will round up to 400,000
There is no greatest number. Given any number with the digit 3 in the ten thousand place, it is always possible to add a billion (for example). That would still leave the 3 in the ten thousand place but would be a greater number.
No, it is not true.
the lowest possible whole number is 150,000