The equation for this can be represented as:
n/1261 = m2, where n is our target number and m is an integer
Since there are an infinite number of integers to plug into m, there are an infinite number of perfect squares, which means there are an infinite number of solutions to n.
n = m2 * 1261
The first few solutions could be:
n = 1261, m = 1; (1261)/1261 = 12 = 1
n = 5044, m = 2; (5044)/1261 = 22 = 4
n = 11349, m = 3; (11349)/1261 = 32 = 9
n = 20176, m = 4; (20176)/1261 = 42 = 16
n = 31525, m = 5; (31525)/1261 = 52 = 25
No there isn't. every perfect square number can be factored into prime number. At their factoration you'll always have multiples of two on the primes exponent. Therefore you'll multiply a prime raised to a 2-multiple number with another prime raised to a 2-multiple number wich gives you also a number that factored gives you a product of prime numbers raised to a 2-multiple number and so, a perfect square.
Try if you can find an integer that, when squared, gives you 80.
0.6667
Try if you can find an integer which, when squared, gives you 31. If you can find it, 31 is a perfect square; otherwise, it isn't. Alternately, use your calculator to calculate the square root of 31. If you get an integer, it is a perfect square; otherwise, it isn't.
48
Dividing 1350 by 6 gives you 225, a square number.
31.
100 is a perfect square. If you divide this into 2100 you are left with 21.21 is 3 x 7. Three and seven are two different prime numbers.You can't get a perfect square out of that, so the answer is :-Dividing by 21 gives you a perfect square.Dividing by any smaller number would leave an unpaired and unpairable prime number in the quotient.
No there isn't. every perfect square number can be factored into prime number. At their factoration you'll always have multiples of two on the primes exponent. Therefore you'll multiply a prime raised to a 2-multiple number with another prime raised to a 2-multiple number wich gives you also a number that factored gives you a product of prime numbers raised to a 2-multiple number and so, a perfect square.
7 because 132 = 169
The least number is -6710. That gives the sum as 6710 + (-6710) = 0, which is a perfect square.The least positive number is 14.
2880/20 = 144 which is a perfect square
say u have the number 16. Its square root is 4. the square root(4) is the number that, when multiplied by itself, gives the original number (16). To find a square root you must first find the two closet perfect squares (a square being the product of a square root, a perfect square being the product of square roots that are whole numbers 1,2,3,4, ect.) then u find the approxomate distance between
84 x 84
818 is not a perfect square, so the number that gives you 818 when squared will not be an integer.818 = 2 * 409 (409 is prime)282 = 784x2 = 818292 = 841x = √(818)x ≈ 28.6007
Answer: Her brother is 9 and she is 14. say she is 14, 14+2=16 a perfect square. 14-10=4 which is the square root of 16. So she is 14 and her brother is 9. (He is a perfect square too, by the way.)
49, when divided by 7, gives a quotient of 7