Find the value of $\frac{\sqrt{64}}{\sqrt{8}}?$

Important Questions on Square Root & Cube Root

MEDIUM

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 3

$\sqrt{4032}\times \sqrt{7}$  is equal to which of the following?

EASY

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 4

Simplify $\frac{\sqrt{72}\times \sqrt{363}\times \sqrt{175}}{\sqrt{32}\times \sqrt{147}\times \sqrt{252}}.$

MEDIUM

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 5

Find the square root of $27.04 ?$

MEDIUM

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 6

Find the value of  $\sqrt{\frac{0.289}{0.00121}} ?$

MEDIUM

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 7

Find the value of $K$ , if  $\sqrt{1+\frac{K}{144}} = \frac{13}{12}$. 

EASY

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 8

Simplify  ${\left(27\right)}^{-\frac{2}{3}}$.

MEDIUM

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 9

If $\sqrt{4096}=64$. Then find the value of $\sqrt{40.96}+\sqrt{0.4096}+\sqrt{0.004096}$.

EASY

RRB NTPC CBT 1

IMPORTANT

Study Package RRBs NTPC For Graduate & Under Graduate Posts ONLINE EXAM (1st Stage) 2019>Chapter 6 - Square Root & Cube Root>Practice Exercise>Q 10

What is the least number that should be multiplied into $1152$ to get a perfect square number?