850 to 949
The answer depends on the extent of rounding. It could be 1349 to the nearest 900.
There is no number between 900 and 1000 that is divisible by 105 and 2.
The positional place values of digits in negative numbers are in ascending order from least to greatest as for example in the number -987 the least value digit is 9 and the greatest value digit is 7 because -900 < -80 < -7 The positional place values of digits in positive numbers are in descending order from greatest to least as for example in the number 987 the least value digit is 7 and the greatest value digit is 9 because 900 > 80 > 7
890
850 to 949
The answer depends on the extent of rounding. It could be 1349 to the nearest 900.
There is no number between 900 and 1000 that is divisible by 105 and 2.
The positional place values of digits in negative numbers are in ascending order from least to greatest as for example in the number -987 the least value digit is 9 and the greatest value digit is 7 because -900 < -80 < -7 The positional place values of digits in positive numbers are in descending order from greatest to least as for example in the number 987 the least value digit is 7 and the greatest value digit is 9 because 900 > 80 > 7
890
949, which rounds down to 900.
If you're rounding to the nearest 100, then 949 is. If you're rounding to the nearest 10, then 904 is.
To find the greatest number between 900 and 1000 that is divisible by 10, 5, and 2, we need to find the least common multiple (LCM) of 10, 5, and 2, which is 10. So, we look for the highest multiple of 10 between 900 and 1000, which is 990. To find the least number between 900 and 1000 that is divisible by 10, 5, and 2, we can simply find the smallest multiple of 10 in that range, which is 900.
The largest whole number that rounds to 900 is 949.
888
949
If we are rounding to the nearest thousand, a whole number wouldn't round to 900.