10n2 = 50n n2 = 5n n = 5
Ten times the square of a non-zero number is equal to forty times the number. What is the number?
0.8
No. Since the square root of a number is whatever number times itself will equal the given number, there can be only one.
If ten times the number n decreased by 13 is equal to the square of the same number n increased by 3, then the value of n is either 8 or 2.
There is no such number as forty ten. If you mean it as fifty, then the answer would be 2500. If you mean it as fifty times forty times ten, the answer is 20000.
Ten times the square of a non-zero number is equal to forty times the number. What is the number?
0.8
No 132 is not a square number because every number up to 132 times its self does not equal 132 and a square number is a number that is a multiple of 1 number times itself so 132 is not a square number.
10
the square root of the given number
Such a number is called, "The square root of 1".
One perfect square times another perfect square does produce a third perfect square.
No. Since the square root of a number is whatever number times itself will equal the given number, there can be only one.
If ten times the number n decreased by 13 is equal to the square of the same number n increased by 3, then the value of n is either 8 or 2.
I think it is Xi (whatever the square root of the positive is times i). i is an imaginary number that when you square it, it becomes negative. eg. the square root of -4 is 2i. Without "i", it would be impossible to square root a negative number, as any number times itself will always equal a positive.
No, because 1 times itself is one, making it not a square number. It has to equal a different number than the number times itself. * * * * * A totally incorrect answer - on two counts. (a) a square number does not have to be different and, (b) even if that were the case, 1 is the square of -1 and -1 is not the same as 1.
That ain't necessarily true in all cases. For example, square root of 2 times square root of 2 is equal to two, which is RATIONAL.