Square Roots

Find the value of $\sqrt{99}\times \sqrt{44}$.

Convert the equation $\sqrt{n}-7n+45\sqrt{n}+35=0$ into quadratic form.

Convert the equation $\sqrt{n}-7n+45=0$ into quadratic form.

Convert the equation $n-7\sqrt{n}+28=0$ into quadratic form.

Find the square root of the following.

$\sqrt{-81}$

Find the square root of the following.

$\sqrt{-25}$

Find the square root of the following.

$\sqrt{-16}$

Find the square root of the following.

$\sqrt{-64}$

Find the square root of the following.

$\sqrt{-36}$

To make a square garden clean, neat and pollution free, the monthly expenditure per square meter is $₹2.25$. If the monthly expenditure on the maintenance of the garden is $₹3600$. Find the length of side of the garden.

Find the smallest possible natural number which when added to $594$ makes the sum a perfect square.

Find the least natural number which when subtracted from $16160$ leaves the remainder a perfect square.

Find the smallest four digit perfect square number which is exactly divisible by $16, 18$ and $45$.

Find the least number which when divided by $3675$ makes the quotient a perfect square.

Find the positive square root of the following by division:

$3915380329$

Find the positive square root of the following by division:

$75625$

Find the positive square root of the following by division:

$4225$

Simplify by taking the positive square root: $30+\sqrt{900 }$

If $\sqrt{2 }=1.4142$ is , then find the value of $\sqrt{8 }$ to the nearest third decimal place.

The area of a square is $0.00037636$ $m^2$ . Find the length of the side of the square approximately in $cm$.