Of course not. 3 squared is 9, the square root of 9 is 3.
They are not.
it can be considered the same as the cube is the 3 demensional form of an square. The faces of the cubes are squares. The 6 faces on a cude are the same sized squares.
There's no such thing as "a square with different sizes". I'm thinking that youmust have meant "two squares with different sizes". The answer is still "no".
No, not if they are squares.
To multiply radicals, you can use the property that states the product of two square roots is the square root of the product of the numbers under the radicals. For example, √a × √b = √(a × b). If the radicals are the same, you can also combine them: √a × √a = a. Simplify the resulting radical if possible by factoring out perfect squares.
They are not.
It's True, I have the same homework
If you think squares and square roots are the same thing, you're mistaken. They are the same type of thing, but opposites. When you find the square of a number, you multiply it twice by itself. Square roots are when you find what number an be squared to get this number. So, the answer would be 19,456. I'm in 7th grade and I know that. Oh no, I wrote more numbers. Sorry to you mathematically challenged people who seem to have a problem comprehending those.
because squares and rectangles are not the same because squares and rectangles are not the same
it can be considered the same as the cube is the 3 demensional form of an square. The faces of the cubes are squares. The 6 faces on a cude are the same sized squares.
There's no such thing as "a square with different sizes". I'm thinking that youmust have meant "two squares with different sizes". The answer is still "no".
A square is a parallelogram, but not all parallelograms are squares.
fibrous roots
Of course!=======================Honk ! The buzzer is bothered by the first answer above.A square is a special kind of rectangle.All squares are rectangles, but all rectangles are not squares.
No, not if they are squares.
I posted an answer about cube roots of complex numbers. The same info can be applied to square roots. (see related links)
the base is both squares