You need to know (or be able to find) perfect squares.
Suppose you want to find two numbers that the square root of 27 is between.
You need to find a number, N, such that N2 < 27 but the square of the next number is bigger ie (N + 1)2 > 27
The nearest perfect squares, on either side of 27 are 25 and 36.
That is, 25 < 27 < 36
Taking square roots,
5 < sqrt(27) < 6
However, it is also true that -6 < sqrt(27) < -5
Numbers between square root of 33 and what else? The question is incomplete.
The square root of 31 falls between the whole numbers 5 and 6.
The square root of 50 is between 7 and 8
The square root of 125 is 11.180
The square root is between 5 and 6.
Numbers between square root of 33 and what else? The question is incomplete.
The square root of 31 falls between the whole numbers 5 and 6.
The square root of 50 is between 7 and 8
The square root of 60 is a single number; you can't have other numbers "between" it. It does work the other way, though - the square root of 60 is between other numbers.
The square root of 125 is 11.180
What numbers are between square root of 14 on the number line
The square root is between 5 and 6.
The square root of 147 is 7 square root 3. You determine this by writing 147 as a product of prime numbers or (3 * 7 * 7). The square root of (7 * 7) is 7 leaving the 3 inside the radicle symbol. somewhere between 12.12 and 12.13
The square root of 75 lies between 8 and 9.
The square root of 73 is between 8 and 9.
Write both numbers as decimal numbers, then look for terminating decimals between the two.
No number is "between" a single number. In this case, it is the other way round: the square root is between two whole numbers.