# Quiz Discussion

If $$\sqrt {33} = 5.745{ \text{}}$$   then which of the following values is approximately $$\sqrt {\frac{3}{{11}}} { \text{ ?}}$$

Course Name: Quantitative Aptitude

• 1] 1
• 2] 6.32
• 3] 0.5223
• 4] 2.035
##### Solution
No Solution Present Yet

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# Quiz
1
Discuss

What is the least number to be added to 7700 to make it a perfect square ?

• 1] 77
• 2] 98
• 3] 131
• 4] 221
• 5] None of these
##### Solution
2
Discuss

$$\root 3 \of {\sqrt {0.000064} } = ?$$

• 1] 0.02
• 2] 0.2
• 3] 2
• 4] None of these
3
Discuss

Evaluate -

• 1]

3

• 2]

5

• 3]

6

• 4]

6.4

##### Solution
4
Discuss

The digit in the units place in the square root of 15876 is

• 1]

8

• 2]

6

• 3]

4

• 4]

2

##### Solution
5
Discuss

$$\sqrt {0.0169 \times ?} = 1.3$$

• 1] 10
• 2] 100
• 3] 1000
• 4] None of these
##### Solution
6
Discuss

The value of $$\sqrt {0.01} { \text{ + }} \sqrt {0.81} { \text{ + }} \sqrt {1.21} { \text{ + }} \sqrt {0.0009}$$  is = ?

• 1] 2.03
• 2] 2.1
• 3] 2.11
• 4] 2.13
##### Solution
7
Discuss

The smallest natural number which is a perfect square and which ends in 3 identical digits lies between ?

• 1] 1000 and 2000
• 2] 2000 and 3000
• 3] 3000 and 4000
• 4] 4000 and 5000
##### Solution
8
Discuss

The square root of 64009 is:

• 1] 253
• 2] 347
• 3] 363
• 4] 803
##### Solution
9
Discuss

If $$a = \frac{{\sqrt 3 + \sqrt 2 }}{{\sqrt 3 - \sqrt 2 }}, b = \frac{{\sqrt 3 - \sqrt 2 }}{{\sqrt 3 + \sqrt 2 }}$$   then the value of $${a^2} + {b^2}$$   would be = ?

• 1] 10
• 2] 98
• 3] 99
• 4] 100
##### Solution
10
Discuss

$${\left[ {{{\left( {\sqrt {81} } \right)}^2}} \right]^2} = {\left( ? \right)^2}$$

• 1] 8
• 2] 9
• 3] 4096
• 4] 6561
• 5] None of these
# Quiz