A square pyramid is.
No. Most squares probably are not congruent. Although they are similar.
It depends on the type of squares your looking at, if the are exactly the same its congruent.
No. Most squares probably are not congruent. Although they are similar.
Squares have 4 90 degree angles and 2 sets of parallel lines and 4 congruent sides. A rectangle has the angles and parallel lines. A parallelogram has the parallel lines. A rectangle is most similar, however there are more geometric shapes with some similarities to a square.
All squares are similar but not congruent because their sides may have different lengths
All cross sections of a square pyramid that are parallel to the base are squares
Every parallelogram has. (That includes rectangles, squares, and rhombera.)
It's possible for any polygon with an even number of sides to have 2 pairs of congruent and parallel sides.Every parallelogram, including all rhombera, rectangles, and squares, must have.
No, congruent means that they have the same side and angle measures. Although they may be similar.
There are: Squares, which have all four sides parallel and congruent, all four angles are right and congruent, the diagonals bisect each other and are congruent. Trapezoids, which have two of their sides parallel Rhombus, which have all sides congruent, diagonals bisect, and opposite angles are congruent Parallelograms, which have opposite sides congruent and parallel, diagonals bisect Rectangle, which is a square but one pair of opposite sides aren't congruent.
That is called a parallelogram. Parallelogram includes squares, rectangles, and rhomboids.
None! If the angles are not congruent then the shapes are not similar of congruent. But that is not a problem. The angles of an equilateral triangle are not congruent to the angles of a square but that does not mean that you cannot work with equilateral triangles or squares!