triangle.
Square
An obtuse triangle is a triangle with one angle greater than 90 degrees. Since a perpendicular side is a side that forms a right angle with another side, an obtuse triangle can have 0 perpendicular sides if all its angles are obtuse. However, it can also have 1 perpendicular side if one of its angles is a right angle.
I suppose. All of a square's sides are perpendicular.
A square
It depends on what IS known. If you know one side and the perpendicular distance from that side to the opposite vertex then it is 1/2*side*perp distance. If you know two angles (and so all three) you can use the sine rule to calculate both the missing sides.
No anwser impossible
Square
Trapizium
a trapazoid
It could be a trapezoid
It could be a right angle triangle
A shape that has two parallel lines and one perpendicular line is a right-angled triangle. In this triangle, one of the sides can be considered the base with the other being the height, which is perpendicular to the base. The two parallel lines can be imagined as the two sides of a right-angled triangle that are extended. Alternatively, this configuration can also represent a trapezoid if the opposite sides are parallel and one side is perpendicular to the base.
An obtuse triangle is a triangle with one angle greater than 90 degrees. Since a perpendicular side is a side that forms a right angle with another side, an obtuse triangle can have 0 perpendicular sides if all its angles are obtuse. However, it can also have 1 perpendicular side if one of its angles is a right angle.
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 "Math Trapazoid" is a shape that has 4 sides. There is 1 long side on the bottom, 1 medium sized side on the top, and 2 equal slanted sides on the sides of the shape.
No. For example, the two perpendicular sides can be adjacent; in this case, the two sides can be of different length; the lengths of the other two sides aren't unique either.The two perpendicular sides can also be the two opposite sides (i.e., side #1 and side #3, if you count consecutive sides); here, too, there are multiple possible solutions. Just try it out!
It is a quadrilateral shape because it has 4 sides and it has 2 pairs of adjacent sides that are equal with 1 pair of opposite angles being equal and its diagonale are perpendicular.