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प्रश्न
Given that:
\[\sqrt{2} = 1 . 414, \sqrt{3} = 1 . 732, \sqrt{5} = 2 . 236 \text{ and } \sqrt{7} = 2 . 646,\] find the square roots of the following:
\[\frac{400}{63}\]
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उत्तर
From the given values, we can simplify the expressions in the following manner:
\[ \sqrt{\frac{400}{63}} = \frac{20}{3\sqrt{7}} = \frac{20}{3 \times 2 . 646} = 2 . 520\]
संबंधित प्रश्न
Find the square root in decimal form:
225.6004
Find the square root in decimal form:
236.144689
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`sqrt(10.302.25)`
`sqrt(1.030225)`
Find the square root the following correct to three places of decimal.
`5/12`
Given that: \[\sqrt{2} = 1 . 414, \sqrt{3} = 1 . 732, \sqrt{5} = 2 . 236 \text{ and } \sqrt{7} = 2 . 646,\]evaluate the following:
\[\sqrt{\frac{2500}{3}}\]
Given that:
\[\sqrt{2} = 1 . 414, \sqrt{3} = 1 . 732, \sqrt{5} = 2 . 236 \text{ and } \sqrt{7} = 2 . 646,\]
\[\frac{256}{5}\]
Using square root table, find the square root
25725
Using square root table, find the square root
1312
(1.2)3 = ______.
The square root of 0.9 is 0.3.
