When the two endpoints of a line segment are folded to line up, a perpendicular bisector is constructed. This bisector is a line that divides the original line segment into two equal parts at a right angle. The midpoint of the segment becomes the point where the fold occurs, and the resulting figure reflects the original segment across this bisector.
I am going to say a line segment. No segments is a line, and one endpoint is a ray.
To draw a hexagon with one pair of perpendicular sides, start by sketching a square or rectangle, ensuring one pair of opposite sides is perpendicular. From the endpoints of one perpendicular side, draw two lines at 120-degree angles to create the adjacent sides of the hexagon. Connect the endpoints of these lines to complete the shape, ensuring that the remaining sides are equal in length to maintain the hexagonal structure. Finally, adjust the angles to ensure the figure maintains its hexagonal properties while keeping one pair of sides perpendicular.
A segment that is perpendicular to the planes containing the two bases of a three-dimensional figure is known as the height or altitude of the figure. This segment connects the two bases directly, forming a right angle with both planes. In shapes like prisms and cylinders, this height is crucial for calculating volume and understanding the figure's spatial characteristics.
I believe it may be called a diagonal.
A line segment has endpoints
When the two endpoints of a line segment are folded to line up, a perpendicular bisector is constructed. This bisector is a line that divides the original line segment into two equal parts at a right angle. The midpoint of the segment becomes the point where the fold occurs, and the resulting figure reflects the original segment across this bisector.
I am going to say a line segment. No segments is a line, and one endpoint is a ray.
To draw a hexagon with one pair of perpendicular sides, start by sketching a square or rectangle, ensuring one pair of opposite sides is perpendicular. From the endpoints of one perpendicular side, draw two lines at 120-degree angles to create the adjacent sides of the hexagon. Connect the endpoints of these lines to complete the shape, ensuring that the remaining sides are equal in length to maintain the hexagonal structure. Finally, adjust the angles to ensure the figure maintains its hexagonal properties while keeping one pair of sides perpendicular.
A circle. has no endpoints.
It's the height.
Well a triangle has 3 sides and vertices.
Cant you google somewhere else? idiot
A segment that is perpendicular to the planes containing the two bases of a three-dimensional figure is known as the height or altitude of the figure. This segment connects the two bases directly, forming a right angle with both planes. In shapes like prisms and cylinders, this height is crucial for calculating volume and understanding the figure's spatial characteristics.
I believe it may be called a diagonal.
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 diagonals of a square are perpendicular (they intersect and form right angles). But they are angles bisectors since they bisect each pair of opposite angles. A perpendicular bisector actually bisects a side of a figure.