64 = 4 cubed and 8 squared.
No, it is an integer.
even integer.
2/3 of 3 = 3*2/3 = 2 which is an integer, not a fraction!2/3 of 3 = 3*2/3 = 2 which is an integer, not a fraction!2/3 of 3 = 3*2/3 = 2 which is an integer, not a fraction!2/3 of 3 = 3*2/3 = 2 which is an integer, not a fraction!
-2 is the greatest negative even integer.
The whole number (integer) multiplied by itself. Two squared is 2*2=4. 5 squared is 5*5=25. It can be written as x^2 (to the power of 2) , 'x' being the integer. It's called 'square' because it's the area you get in a square with a side length of the integer.
No.
This is (3x +2)2 so if x is an integer/3, this expression is the square of an integer so cannot be prime. Anything else, and it's not even an integer.
The question is ambiguous. If you meant negative (64 squared), the value is -4096, which is a negative integer. If, instead, you meant (negative 64) squared, the value is +4096, a positive integer.
64
perfect squares
12 of them.
It is difficult to show a superscript 2 (tiny 2) at the top right-hand corner of an integer that is squared on Answers.com. So I would do something like this: n x n = n sq.
3 cubed is 3^3=27 and 5 squared is 5^2=25. A cube of an integer is that integer multiplied by itself three times. A square of an integer is that integer multiplied by itself two times. The average of two numbers is those two numbers added together and divided by two. Any average is the numbers added together, then divided by the number of integers. Therefore, the average is (27+25)/2=52/2=26.
A squared number is the product of an integer times itself. So, 16 is a squared number. 4 * 4 = 16.
A prime number is a positive integer with two factors: one and the number itself. A squared number is any integer multiplied by itself. With the exception of 1, all squared numbers are composite.
If you square 248, you already get an integer. No need to approximate anything.