729
30.1 <><><><><><> This can be solved easily by taking the square root of 900, which is 30, and 1000, which is about 31.62. So, any number between 30 and 31.62, exclusive, would square to be between 900 and 1000.
1024
The square root of any non-perfect square is an irrational number. Since sqrt(1000) = 10 sqrt(10), it is irrational.
Rounding up implies the number is smaller than 1000. However, a number smaller than 1000 cannot be a 4-digit number. So there cannot be such a number. What was said is wrong. The greatest 4 digit number that rounds up is 999.9
1,000 is smaller than 124,000 !
You can square any number.
30.1 <><><><><><> This can be solved easily by taking the square root of 900, which is 30, and 1000, which is about 31.62. So, any number between 30 and 31.62, exclusive, would square to be between 900 and 1000.
The positive integer whose square is between 900 and 1000 is 31. 312 = 961.
(901)2 = 811,801
No. 1000 square is a number - it need not have anything to do with area.
The only integer answer is 31. 31^2 = 961.
-- Any number between 30 and 31.6 will do that. -- If you're only looking for a whole number, then 31 is the only one.
The number that, when multiplied by itself, equals 1000 is the square root of 1000, which is approximately 31.62. This is because the square root of a number is the value that, when multiplied by itself, gives the original number. In this case, the square root of 1000 is 31.62 because 31.62 multiplied by 31.62 equals 1000.
The number in square Brackets (e.g [1000]) signifies the number of trust points you have. For example, User [1000] has 1000 trust points
31*31 =961
No, 1,000 is a not perfect square.
1024