They are of equal length.
triangle
All sides are equal in length
Looks like a parallelogram
__ \__\ Assume that all sides are equal and opposite angles are congruent.
yes, but the sides that are congruent are also adjacent. That is, they are next to each other. Not like in a rectangle where the congruent sides are parallel.
sides (no, not angles, SIDES, as in LINES,) that are the same length and thickness. Just like congruent shapes, but with lines. hope you find lots of congruent lines! :)
A cylinder looks like a can. It has congruent circles for the bases and vertical sides that when rolled out would be a rectangle.
It could look like a child's drawing of a house: a rectangular shape with a triangular roof on top.The vertical sides of the rectangle, and the sloped sides of the roof would be the two congruent pairs of sides.The angles at the base of the rectangle and at the base of the roof would be the two pairs of congruent angles.It could look like a child's drawing of a house: a rectangular shape with a triangular roof on top.The vertical sides of the rectangle, and the sloped sides of the roof would be the two congruent pairs of sides.The angles at the base of the rectangle and at the base of the roof would be the two pairs of congruent angles.It could look like a child's drawing of a house: a rectangular shape with a triangular roof on top.The vertical sides of the rectangle, and the sloped sides of the roof would be the two congruent pairs of sides.The angles at the base of the rectangle and at the base of the roof would be the two pairs of congruent angles.It could look like a child's drawing of a house: a rectangular shape with a triangular roof on top.The vertical sides of the rectangle, and the sloped sides of the roof would be the two congruent pairs of sides.The angles at the base of the rectangle and at the base of the roof would be the two pairs of congruent angles.
No, rectangles do not have congruent sides. Squares have congruent sides.
No. If you made a parallelogram with congruent sides it wouldn't necessarily have congruent angles. A square has to have congruent angles as well as congruent sides.
An isosceles trapezoid only has 1 pair of congruent sides. It is drawn like this:
This is a parallelogram. The first requirement is 2 pairs of congruent sides where the congruent sides are not adjacent. This is like a rectangle (excluding a square) that has two pairs of congruent sides where the congruent sides are not adjacent. But the angles are not all congruent (as set in the question) which pushes the shape into the "next less regular" shape, the parallelogram. The angles will not all be congruent, but it will have 2 pairs of congruent angles. There is no way to avoid the 2 pairs of congruent angles because of the requirement that the shape must have 2 pairs of congruent sides (the first requirement).