Yes, a cylinder can have a pair of bases that are congruent. In fact, the defining characteristic of a standard cylinder is that its two bases are congruent, meaning they are identical in shape and size. These bases are typically circular in a right circular cylinder, and this congruency is essential for the cylinder's symmetrical properties.
yes
They are congruent angles.
They are a pair of congruent and parallel faces of a prism.
An isosceles trapezoid has a pair of parallel bases and a pair of congruent sides
because the cylinder has a circular base and a triangular prism has a triangular base so they are both basic shapes.
yes
They are congruent angles.
They are a pair of congruent and parallel faces of a prism.
An isosceles trapezoid has a pair of parallel bases and a pair of congruent sides
because the cylinder has a circular base and a triangular prism has a triangular base so they are both basic shapes.
The shape of each base of a cylinder is circle. Also, the base of it can be a pair of congruent or parallel.
cone and prism
a cylinder
No, an isosceles trapezoid does not have four congruent sides. An isosceles trapezoid has a pair of parallel sides (the bases) and the non-parallel sides (the legs) are of equal length, but the lengths of the bases are generally different. Thus, it has only two pairs of congruent sides, not four.
A trapezoid. It is a quadrilateral (4 sided) with the bases parallel and the other two sides congruent.
An isosceles trapezoid must have a pair of parallel sides and a pair of congruent sides
No, a pair of angles that are supplementary will always have a sum of 180 degrees, while a pair of angles that are congruent will have the same measure. Therefore, it is not possible for a pair of angles to be both supplementary and congruent.