There are infinitely many numbers on either side of sqrt(110) and these can come as close to 110 as you chose. For example, 10.48 and 10.49. Or better still, 10.488088 and 10.488089. You could keep going.
It is not enough to specify that you meant integers rather than numbers. Because, knowing that 100 and 121 are perfect squares, we can say that 100 < 110 < 121
Taking square roots gives -11 < sqrt(110) < -10 or 10 < sqrt(110) < 11
So you should specify "positive integers".
100 and 121
10 and 11
Hell !
The square root of 99 falls between the whole numbers 9 and 10.Because 102 = 100and 92 = 8199 is between 81 and 100, so when you square root it, it falls between 9 and 10.
There are several and one of them is 36.
10.49
sqrt(12100)= 110
There are a total of 890 numbers between 110 and 1000 inclusive - 445 of these are odd, and 445 are even.
10 and 11
The square root of 110 is an irrational number and so it cannot be any two whole numbers.
The square root of 99 falls between the whole numbers 9 and 10.Because 102 = 100and 92 = 8199 is between 81 and 100, so when you square root it, it falls between 9 and 10.
It is √110
No.
10.49
There are several and one of them is 36.
-3 and 6 is one possible pair.
10.49
It is 10.5
sqrt(12100)= 110
10.49