R. D. Sharma Solutions for Chapter: Squares and Square Roots, Exercise 8: EXERCISE

Find the square root of $11$ correct to five decimal places.

Given that: $\sqrt{2}=1.414,\sqrt{3}=1.732,\sqrt{5}=2.236$ and $\sqrt{7}=2.646$, evaluate each of the following:
$\sqrt{\frac{144}{7}}$

Given that: $\sqrt{2}=1.414, \sqrt{3}=1.732, \sqrt{5}=2.236$ and $\sqrt{7}=2.646$, evaluate each of the following:

$\sqrt{\frac{2500}{3}}$

Given that $\sqrt{2}=1.414, \sqrt{3}=1.732, \sqrt{5}=2.236$ and $\sqrt{7}=2.646$, find the square roots of the following:

$\frac{196}{75}$

Given that $\sqrt{2}=1.414, \sqrt{3}=1.732, \sqrt{5}=2.236$ and $\sqrt{7}=2.646$, find the square roots of the following:

$\frac{400}{63}$

Given that $\sqrt{2}=1.414, \sqrt{3}=1.732, \sqrt{5}=2.236$ and $\sqrt{7}=2.646$, find the square roots of the following:

$\frac{150}{7}$

Given that $\sqrt{2}=1.414, \sqrt{3}=1.732, \sqrt{5}=2.236$ and $\sqrt{7}=2.646$, find the square roots of the following:

$\frac{256}{5}$

Given that $\sqrt{2}=1.414,\sqrt{3}=1.732,\sqrt{5}=2.236$ and $\sqrt{7}=2.646$, find the square roots of the following:
$\frac{27}{50}$