\(\sqrt {110.25} \times \sqrt {0.01} \div \) \(\sqrt {0.0025}\) - \(\sqrt {420.25}\) equals ?
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\(99 \times 21 - \root 3 \of ? = 1968\)
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The number of perfect square numbers between 50 and 1000 is = ?
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3
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Given that \(\sqrt {13} = 3.605\) and \(\sqrt {130} = 11.40\) . find the value of \(\sqrt {1.30} \) + \(\sqrt {1300}\) + \(\sqrt {0.0130} \) = ?
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4
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\(\sqrt {\frac{{16}}{{25}}} \times \sqrt {\frac{?}{{25}}} \times \frac{{16}}{{25}} = \frac{{256}}{{625}}\)
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5
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If a = 0.1039, then the value of \(\sqrt {4{a^2} - 4a + 1} + 3a\) is:
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6
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What is the least number which should be subtracted 0.000326 in order to make it a perfect square = ?
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7
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R is a positive number. It is multiplied by 8 and then squared. The square is now divided by 4 and the square root is taken. The result of the square root is Q. What is the value of Q ?
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8
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If \(\sqrt {33} = 5.745{ \text{}}\) then which of the following values is approximately \(\sqrt {\frac{3}{{11}}} { \text{ ?}}\)
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9
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The least perfect square, which is divisible by each of 21, 36 and 66 is:
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10
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\({\left( {\sqrt 3 - \frac{1}{{\sqrt 3 }}} \right)^2}\) simplifies to:
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