10x + y = 2xy This is algbraically equivalent to the function f(x) = 10x/(2x-1). Since both x and y must be one-digit natural numbers, test 1, 2, 3, 4, 5, 6, 7, 8 and 9 for x. 3 gives the natural output 6. All other function values are non-natural or two-digits. x = 3 y = 6 36 = 2(3)(6)
Multiplying a positive and negative number will give a negative result. The result is a negative number.
A negative number squared equals a positive number. When multiplying, odd numbers of negatives result in a negative answer, and even numbers of negatives result in a positive answer.
The result is their product.
because when mulitipling that number your always going to get a greater number because that's just how mulipication worksWhen multiplying two whole numbers the result will always be greater than either number except when multiplying by zero (the result will always be zero), or multiplying by one (the result is always the other number). Although it f obvious to most people, it can be demonstrated as follows:When multiplying a number by 2, the result is twice the number.When multiplying a number by 3, the result is three times the number,even bigger.When multiplying a number by 4, the result is four times the number,even bigger still.The pattern continues. Each time you multiply by a larger number, the result gets even bigger.a
A square number
a positive number
the number that results is a PRODUCT. multiplying any two figures will always result in a product of those two figures as such multiplying a PARTICULAR NUMBER by ANY NUMBER does not change anything, they still result in a PRODUCT of those two numbers.
The basic idea is that the final result should not be - or rather, appear to be - more accurate than the original numbers. Therefore, the final result should not have more significant digits than the original numbers you multiply or divide. For example, if one factor has 3 significant digits, and the other 5, round the final result to 3 significant digits.
No, reversing the order of the digits of a two-digit prime number does not always result in a prime number.
9/1 18/2 27/3 endless possibilities... The result of any number multiplied by 9, then divided by the number equals 9 :-) Any number can be divided by 9 if its sum of digits can be divided by 9.
It is the result of multiplying them together.
Unless the number is zero, or the integer is 1, it is another number.