Square, rectangle and ovals.
Well, isn't that a happy little question! A heptagon, with its seven sides, can have a maximum of seven perpendicular lines. Each side can have one perpendicular line drawn from it, creating a lovely pattern of right angles within the shape. Just remember, there are no mistakes, only happy little perpendicular lines waiting to be discovered!
A square has four perpendicular sides.
The following is the answer.
yes
No, it does have 3 sets of parallel sides though.
The first geometric shape that comes to mind with no perpendicular sides is a triangle.
Shapes that always contain perpendicular sides include rectangles and squares. In these shapes, adjacent sides meet at right angles (90 degrees). Additionally, right triangles also have one angle that is a right angle, resulting in two sides being perpendicular to each other.
Put 2 lines on the perpendicular sides and put 1 line for the parallel sides
A shape with a pair of perpendicular sides is a rectangle. In a rectangle, opposite sides are equal in length, and adjacent sides meet at right angles, forming perpendicular intersections. Other shapes that also feature perpendicular sides include squares and right triangles.
Shapes are not parallel or perpendicular. Lines are.Every side of a rectangle is parallel to the side opposite it,and perpendicular to both of the sides next to it.
A square or a rectangle has perpendicular sides that meet each other at right angles which is 90 degrees.
Any shape, other than a triangle can have a pair of perpendicular sides.
The rectangle.
Circles, ellipses, and lots of other similar shapes. Any regular polygon with an odd number of sides.
There are infinitely many possible answers. For example, any regular polygon with an even number of sides.
a right triangle, a pentagon w/ a right angle, alot of shapes with right angles.
Adjacent sides are not necessarily perpendicular; it depends on the shape in question. In a rectangle or a square, adjacent sides are indeed perpendicular to each other, forming right angles. However, in other shapes like parallelograms or trapezoids, adjacent sides can be at various angles. Therefore, the perpendicularity of adjacent sides is specific to the geometric context.