Question : Find the value of the given expression. $\sqrt{8+\sqrt{1681}}$
Option 1: 5
Option 2: 6
Option 3: 4
Option 4: 7
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Correct Answer: 7
Solution : $\sqrt{8+\sqrt{1681}}$ = $\sqrt{8+41}$ = $\sqrt{49}$ = $7$ Hence, the correct answer is 7.
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Question : Find the value of the given expression. $\sqrt{20-\sqrt{20-\sqrt{20-\sqrt{20-\cdots \infty}}}}$
Option 1: 4
Option 3: 5
Option 4: 2
Question : Find the value of the given expression: $10 \div 5 × 1+3 - [8 - \{5 - (7 - 7 - 9)\}]$
Option 1: 11
Option 2: 10
Option 3: 9
Option 4: 8
Question : Find the value of $\sqrt{30+\sqrt{30+\sqrt{30+...}}}$ :
Option 2: $3\sqrt{10}$
Option 3: 6
Question : Directions: The information given below represents the number codes for the given letters. Select the combination of numbers so that the letters arranged accordingly will form a meaningful word. R = 1, E = 2, A = 3, C = 4, T = 5, I = 6, V = 7, E = 8
Option 1: 4, 1, 2, 3, 5, 8, 7, 6
Option 2: 4, 1, 2, 3, 5, 6, 7, 8
Option 3: 7, 2, 1, 3, 8, 4, 5, 6
Option 4: 4, 3, 1, 5, 6, 7, 8, 2
Question : The value of $\sqrt{9+2\sqrt{16}+\sqrt[3]{512}}$ is:
Option 1: 6
Option 2: 5
Option 3: $\sqrt[2]{8}$
Option 4: $\sqrt[3]{6}$
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