Not every time. For example 32+42=25 (52) but 22+32=13 (not a square number)
When you add two (or any number of) numbers together, the result is called the sum.
-17
-- If the square root is an integer, then add ' 1 ' to it. -- If the square root is not an integer, then there isn't any.
You get 12 + x^2. Such numbers do not have any other special property.
The square roots of any positive number are the positive and negative number which can be multiplied together to make that number. In this instance, sqrt(64) = ±8.
No, any 2 negative numbers multiplied together equal a positive number
Start with a magic square which includes the number 3. Then either: Add 3 to each number, or Multiply each number by any integer other than 3.
You can add any irrational number.
An imaginary number is a number that cannot exist. An example of an imaginary number would be: the square root of negative nine, or any negative number. When I try to think of any two of the same numbers that would multiply together to be negative nine, all I can think of is 3 or -3. when I square both of those numbers, I get the number 9, not -9. When I multiply two negatives together, I get a positive number, therefore there is no possible way to get the square root of -9, or any negative number.
An imaginary number is a number that cannot exist. An example of an imaginary number would be: the square root of negative nine, or any negative number. When I try to think of any two of the same numbers that would multiply together to be negative nine, all I can think of is 3 or -3. when I square both of those numbers, I get the number 9, not -9. When I multiply two negatives together, I get a positive number, therefore there is no possible way to get the square root of -9, or any negative number.
Multiply all the numbers together and then add 1.
Yes. Try it right now. Any two odd numbers, add them together.