it is the height!
It is base*vertical distance between top and bottom (the perpendicular height).
It is the perpendicular distance from the top or bottom of the parallelogram to the opposite side.
The length of a perpendicular from the base to the top of a plane figure or solid figure is known as the height. It represents the shortest distance between the base and the highest point of the figure, measured at a right angle to the base. In three-dimensional shapes, this height is crucial for calculating volume and understanding the figure's spatial properties.
A parallelogram is a four sided quadrilateral and it has 2 same congruent sides. The top and the bottom.
Height is typically defined as the measurement of an object or person from base to top, often measured in units such as meters or feet. In mathematics, height can also refer to the perpendicular distance from the base of a geometric figure to its highest point. For example, in a triangle, the height is the length of a line segment drawn from a vertex perpendicular to the opposite side.
The area of a parallelogram is just the base times the height. Caution! The height is not the length of the slanted side on the left or right side of the parallelogram. The height is the distance from the top of the shape to the bottom of the shape measured along the perpendicular (perpendicularly). Area of a Parallelogram = Base times Height
It is base*vertical distance between top and bottom (the perpendicular height).
To get the area of a parallelogram a person must multiply the height by the base. The height must be found by making a perpendicular line from the base of the parallelogram.
It is the perpendicular distance from the top or bottom of the parallelogram to the opposite side.
It's the height.
Multiply the base times the height make sure when measuring for height you go fom a corner to the top to find the right height that you are looking for. Have fun!:- )
The length of a perpendicular from the base to the top of a plane figure or solid figure is known as the height. It represents the shortest distance between the base and the highest point of the figure, measured at a right angle to the base. In three-dimensional shapes, this height is crucial for calculating volume and understanding the figure's spatial properties.
To find the area of a parallelogram you have to find the height, which is not the slanted side, to find the height you have have to draw a line down from the highest point to the base so it forms a perpendicular line on both the top and bottom sides. Then from here you just do base times height and that's your area.
A parallelogram is a four sided quadrilateral and it has 2 same congruent sides. The top and the bottom.
For a parallelogram that is NOT a rectangle or square (i.e. a rhombus or rhomboid), multiply the base times the height. Draw a line through the parallelogram so that it is a large rectangle in the middle, and two small triangles to each side.Now you can see that the area of the parallelogram is the same as a rectangle of the same height and width. You must use the "height" (distance between top and bottom), not the length of the slanted sides.Area = base times height. (A=bh)Area = base*heightBase x height
A square and a rectangle have perpendicular and parallel lines. The two side lines extending upwards from the base line are perpendicular to the base line. The line extending from each of the side lines across the top is perpendicular to the side lines. The top line is also parallel to the base line, and the side lines are also parallel to each other.
A square and a rectangle have perpendicular and parallel lines. The two side lines extending upwards from the base line are perpendicular to the base line. The line extending from each of the side lines across the top is perpendicular to the side lines. The top line is also parallel to the base line, and the side lines are also parallel to each other.