No. Most squares probably are not congruent. Although they are similar.
If two squares have the same side length for all sides, then they are congruent.
No. A tiny square and a giant one cannot be congruent.
squares and triangles :/
Yes, because it is made of congruent squares or equal squares.
No. Most squares probably are not congruent. Although they are similar.
If two squares have the same side length for all sides, then they are congruent.
No. A tiny square and a giant one cannot be congruent.
squares and triangles :/
Squares and rhombuses can be congruent, but not always. If the rhombus is also a square, it is congruent to a square with the same dimensions. However, since a rhombus only demands for OPPOSITE angles to be congruent, and a square means ALL angles are 90 degrees, this is not always the case.
Yes, a square will always be congruent, but rectangles also can be squares too. This is where you choose whether or not it is or not.
Adjacent angles of a square? You have to have at least two squares to compare the congruency of angles. Since all the angles of a square equal 90 degrees, adjacent angles of any TWO squares will be congruent. I suggest you look up the definition of CONGRUENT. - wjs1632 -
Rectangular prism
Square and Rectangle
In a quadrilateral, the diagonals are only congruent for rectangles (or squares, which is a special kind of rectangle). Note: they are not congruent for a Rhombus.
Yes
If they have the same area.