Arihant Expert Team Solutions for Exercise 1: Practice Questions

If $\sqrt{1+\frac{16}{9}} = 1+\frac{x}{3},$ then the value of $x$ will be:

By which the smallest number $294$ should be multiplied, so that resultant number is a perfect square? 

If $\frac{x}{\sqrt{0.09}} = 12$, then $x$ will be:

The value of $\sqrt{128} + \sqrt{160} - \sqrt{16}$ is:

Find the value of  $2\sqrt{2} \times 3\sqrt{3} \times 7\sqrt{2} \times 4\sqrt{3}$:

What must be added to make $2203$ a perfect square?

What should come in place of question mark (?) in the following question?

The value of $\sqrt{\frac{\left(\sqrt{12} - \sqrt{8}\right)\left(\sqrt{3} + \sqrt{2}\right)}{5+\sqrt{24}}}$ is:

The least number that must be subtracted from $63520$ to make the result a perfect square, is: