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The square roots of 62 are between -7 and -8 or between 7 and 8. They are nearer to Â± 8. so, in whole numbers, that would be the answer.

Q: What is the square root of 62 in whole numbers?

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36 is the square of 6; 100 is the square of 10; 121 is the square of 11. 71, 62, and 343 are not squares of whole numbers.

If you have not studied complex numbers, then the answer is as follows:The rules of multiplication for real numbers are thata positive times a positive is a positive, anda negative times a negative is a negative.[Also, 0 times 0 is 0].The upshot of all that is the square is never negative. And so, the answer is that there is no real number whose square is -62.If you have studied complex numbers then you should not be asking such basic questions! Still, the square roots of -62 are the complex pair Â±7.874i where i is the imaginary square root of -1.

62 = 36 72 = 49 So 6 < sqrt(39) < 7

It would be "62." the whole answer would be 62,500. But for two decimal places that's just 62. If you mean square root of 250 that's different.

It is: 7.87

Related questions

6 & 7. 36 < 43 < 49 62 < 43 < 72

I do not know the answer but here are your choices: A)63 and 64 B)62 and 63 C)12 and 13 or D)11 and 12

36 is the square of 6; 100 is the square of 10; 121 is the square of 11. 71, 62, and 343 are not squares of whole numbers.

Such that, rounded to two decimal places, the square root of 62 is equal to 7.87, the square root of -62 is equal to 7.87 i. ============================================================= You cannot have a square root for a negative number as the multiplication of any number with itself will ALWAYS give a positive number

As 3844 ends in 4, its square root (if a whole number) will end in 2 or 8. √3844 = 62 so the unit digit is 2.

62

If you have not studied complex numbers, then the answer is as follows:The rules of multiplication for real numbers are thata positive times a positive is a positive, anda negative times a negative is a negative.[Also, 0 times 0 is 0].The upshot of all that is the square is never negative. And so, the answer is that there is no real number whose square is -62.If you have studied complex numbers then you should not be asking such basic questions! Still, the square roots of -62 are the complex pair Â±7.874i where i is the imaginary square root of -1.

It will be radical(62). It cannot be simplified.

7.874007874

62 = 36 72 = 49 So 6 < sqrt(39) < 7

It is not a perfect square. 52 = 25 is too small and 62 = 36 is too big. And there are no whole numbers between 5 and 6.

It would be "62." the whole answer would be 62,500. But for two decimal places that's just 62. If you mean square root of 250 that's different.