Zero, unless you're talking about tricky negative computations and/or the concept of infinite as well.
Let x = the number x^2 + x = x x^2 = 0 x = 0
There is no such number.
That's not even a question. It's only a statement that says that some number is equal to itself.
that is the square root of 60 which is not an integer. It is about 7.746
0 and 1. 1x1 = 1. The answer is itself!
If the sum of squares of digits of a number equals to the number itself, then that number is called an aram strong number.
p is obviously zero because any number x plus 0 equals itself.
That would be 3 (THREE)
Any number minus itself equals zero. Any number plus its opposite equals zero. Any number times zero equals zero.
Let x = the number x^2 + x = x x^2 = 0 x = 0
There is no such number.
That's not even a question. It's only a statement that says that some number is equal to itself.
Typically, anything plus zero equals itself.
The property that states any number plus zero equals the number itself is called the Additive Identity Property. This property demonstrates that zero is the identity element for addition, meaning it does not change the value of the number when added. For example, ( a + 0 = a ) for any number ( a ).
46 squared or times itself equals 2116.
Any number divided by itself equals 1.
that is the square root of 60 which is not an integer. It is about 7.746