20
You cannot. There are infinitely many possible parallelograms whose area is 135 square units, each with a different base (and so a different height).
9C square units
Yes there are many parallelograms that are not squares. A rhombus can be one of them, however, a square is always a rhombus but a rhombus is not always a square.
They have the same number of sides, namely 4. A square is a special case of a parallelogram. All squares are also parallelograms but all parallelograms need not be squares.
Oh, dude, you can draw like infinite parallelograms with an area of 24 square units. As long as the base and height multiply to 24, you're good to go. So, like, go wild with those parallelograms, man.
Well, honey, to draw three different parallelograms with 18 square units, you can have one with a base of 6 units and a height of 3 units, another with a base of 9 units and a height of 2 units, and the last one with a base of 18 units and a height of 1 unit. Just make sure those sides are parallel and you're good to go, darling.
A square can be as big as you wish to draw it. And a square would be measured in square units, not linear units.
20
You cannot. There are infinitely many possible parallelograms whose area is 135 square units, each with a different base (and so a different height).
9C square units
Yes there are many parallelograms that are not squares. A rhombus can be one of them, however, a square is always a rhombus but a rhombus is not always a square.
They have the same number of sides, namely 4. A square is a special case of a parallelogram. All squares are also parallelograms but all parallelograms need not be squares.
That's 117 square units.
Tere are 117 square units
There are: 13*9 = 117 square units
There are: 13*19 = 247 square units