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.
The square root of 84 is irrational and is approx 9.1652.
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.
The number is called a 'square root'.
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.