Yes, let's take two different rectangles:
Both of these have an area of 20 square inches, and they are not congruent. You could also have one: 1 inch by 20 inches, 1/2 inch by 40 inches, etc.
No, rectangles do not have congruent sides. Squares have congruent sides.
A hexagonal prism.
Isosceles trapezoids, squares, and rectangles.
Yes
A prism??? O.o sounds like it to me anyway...
Two rectangles are congruent if they have the same dimensions, meaning their lengths and widths are equal. This implies that they can be superimposed on one another without any gaps or overlaps. If the dimensions differ, the rectangles are not congruent, even if they have the same area.
No, two rectangles are not always congruent. Two rectangles are considered congruent if they have the same dimensions, meaning both their lengths and widths are equal. However, rectangles can have different dimensions and still be rectangles, making them non-congruent.
yes rectangles are congruent.
Not necessarily. Let's say that there is a circle with the area of 10. Now there is a star with the area of 10. They do not have the same perimeter, do they? That still applies with rectangles. There might be a very long skinny rectangle and a square next to each other with the same area, but that does not mean that they have the same perimeter. Now if the rectangles are congruent then yes.
No
They need not be congruent so the question is based on a fallacy.
YES!!! 'Similar' in mathematics means that the sides and area are in given proportions. 'Congruent' in mathematics means that two shapes have the same length of sides and the same area, AND the same angular values.
if you mean congruent as allowing to rotate, reflect then yes 1 likely though
No, only those rectangles that are squares have four congruent sides.
Six rectangles. Three pairs of congruent rectangles. Imagine a standard box unfolded. The two ends are the same, the sides are the same and the top and bottom are the same.
Yes, into infinitely many sets of congruent rectangles. In fact, all plane shapes - including totally random ones - can be divided into sets of congruent shapes.
Only if they are congruent. One of them could be the a rotation of the other - eg 4m x 6m and 6m x 4m.