1 Answer. √10 is already in simplest form.

Simplifying a square root just means factoring out any perfect squares from the radicand, moving them to the left of the radical symbol, and leaving the other factor inside the radical symbol. If the number is a perfect square, then the radical sign will disappear once you write down its root.

To simplify a square root, we rewrite it such that there are no perfect squares in the radicand. The first rule we will look at is the product rule for simplifying square roots, which allows us to separate the square root of a product of two numbers into the product of two separate rational expressions.

The square root of 121 is 11. It is the positive solution of the equation x2 = 121. The number 121 is a perfect square….Square Root of 121 in radical form: √121.

The square root of 121 is 11. The square root of a number is defined as a number, which when squared gives the original number. If 11 is multiplied twice, we get 121. Hence, the square root of 121 is 11.

27

Reduce 729/729 to lowest terms The simplest form of 729729 is 11.

The square root of 2025, (or root 2025), is the number which when multiplied by itself gives the product as 2025. Therefore, the square root of 2025 = √2025 = 45.

We can express the square root of 1025 in its lowest radical form as 5 √41….Square Root of 1025.

So now we know the digital root of 9,025 is 7. Is 7 in the list of digital roots that are always a square root (1, 4, 7 or 9)? Answer: YES, 7 is in the list of digital roots that are always perfect squares. We can conclude that 9,025 could be a perfect square!

What is The Square Root of 625?

1. Square root of 625 is written as √625 (Radical form).
2. Square root of 625 = √625 = √(25 × 25) = 25.
3. In the exponential form, the square root of 625 is expressed as (625)1/2.