As many times as you want.
You can get 2 triangles by cutting a parallelogram in half
you do it because the triangle is half the size of the parallelogram
There is no record of a parallelogram going on a pilgrimage. Ever!
To create a parallelogram that is three times as large in area, you would need three copies of the original parallelogram. Each copy contributes equally to the total area, so combining three copies will yield a new parallelogram with an area three times greater than that of a single copy.
It is a rhombus because its diagonals meet at right angles.
You can get 2 triangles by cutting a parallelogram in half
you do it because the triangle is half the size of the parallelogram
There is no record of a parallelogram going on a pilgrimage. Ever!
To create a parallelogram that is three times as large in area, you would need three copies of the original parallelogram. Each copy contributes equally to the total area, so combining three copies will yield a new parallelogram with an area three times greater than that of a single copy.
If you know its area then divide its height into the area which will give the length of the base of the parallelogram
It is a rhombus because its diagonals meet at right angles.
No, the diagonals of a parallelogram do not necessarily bisect the angles. The diagonals of a parallelogram divide it into four congruent triangles, but they do not necessarily bisect the angles of those triangles.
Too many dimensions have been given because the area of a parallelogram is length times perpendicular height.
Select any side. Divide its length into 8 equal sections using 7 points. From each division point, draw a line parallel to to the adjacent side across the parallelogram. The seven lines will divide the parallelogram into 8 pieces.
An infinite number of times.
The Area of a parallelogram is Area=base times height.
The formula for area of a parallelogram is bh. Base times height.