The area of a parallelogram: base times perpendicular height
The area of a parallelogram is length times perpendicular height
Base times height. This is the same formula as for a rectangle, however, in the case of a parallelogram, the base is one of the sides, and the height has to be measured perpendicular to that base.
The area of the square would be measured in square units - square meters, square centimeters, hectares, etc.The area of the square would be measured in square units - square meters, square centimeters, hectares, etc.The area of the square would be measured in square units - square meters, square centimeters, hectares, etc.The area of the square would be measured in square units - square meters, square centimeters, hectares, etc.
It is a square.
no
A trapezoid can be a parallelogram.
No, but it is always a parallelogram.
A holy rectangle.
yes
The area of a parallelogram: base times perpendicular height
The area of a parallelogram is length times perpendicular height
Same as for a rectangle: base x height. However, the height must be measured perpendicular to the base.
Base times height. This is the same formula as for a rectangle, however, in the case of a parallelogram, the base is one of the sides, and the height has to be measured perpendicular to that base.
There are no such things as thirty polygons, but I can try to help you name thrity: square square square square square square square square square square square square square square square square square square square square square square square square square square square square square square. You are welcome.
it is square
Of course you can square a square, because a square is a square isn't it. A2 * A2 = A(²⁺²) = A4