It depends on the context of the sentence. Squares may be considered as a special case of rectangles. Alternatively, the term rectangles may be reserved for right-angled quadrilaterals other than squares.
No some times
The square of a number is always two numbers multiplied together. A positive times a positive is always positive, and a negative times a negative is always positive.
No, a perfect square is the square of an integer number. Fractions are never a perfect square, as the square of an integer is always another integer.Actually fractions can be perfect squares an example is one ninth, it would be one third times one third which equals one ninth.
A positive number times a positive number is always positive. A negative number times a negative number is always positive. Therefore, any square number will be positive. Any number to the fourth power (a square times a square) will always be positive. And so on.
2 times 0.5 square meters are in one square meter. 2 times .5 always equals 1.
A larger rectangle whose width is twice as long as one of the smaller rectangles and whose length is three times that of one of the smaller rectangles.
15 times the square root of two, all over two A formula is this: The diagonal for a square is always the sides of the square times the square root of 2
A negative times a positive is always a negative.
No... it is not, try anything, 8 times 8, 6 times 6, you will never get 48, Therefore, it is not a square number.
There are 36 rectangles of various sizes formed by a 9-rectangle grid. The most obvious are the smallest (9) and the largest (1), but any 2, 3, 4, or 6 adjacent rectangles can form other rectangles.
Do 4 sides times 4 rectangles. So it would be 4x4=16 sides
The last fold will be ineffective in making squares. If you fold a square in half it becomes two rectangles - one on top of the other. This "square" (pardon me, but the site doesn't do accurate 'drawing') shows the folding process. |--------------------------------| |........................................| |........................................| |........................................| |........................................| |........................................| |........................................| |........................................| |........................................| |........................................| |........................................| |--------------------------------| when folded back, becomes |----------------| |....................| |....................| |....................| |....................| |....................| |....................| |....................| |....................| |....................| |....................| |----------------| and when that is folded upwards, it becomes four squares |----------------| |....................| |....................| |....................| |....................| |----------------| The third fold makes eight rectangles.... |--------| |..........| |..........| |..........| |..........| |--------| And the fourth fold makes sixteen squares... |--------| |..........| |..........| |--------| Another fold - a fifth - would bring us back to rectangles again. There would be 32 of them. |----| |.....| |.....| |----|