Yes, because squares are a kind of rectangle.
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In some cases, a rectangle and a square can be congruent. A square is counted as a rectangle, thus a rectangle can be congruent to a square.
Correct. A square is a rectangle, a special kind that is 'regular'--all its angles are congruent, and all its sides are congruent.
no
The difference btwwen a square and a rectangle is that a rectangle has two congruent lines.
No, although basically a square is a specific case of rectangularity...
In some cases, a rectangle and a square can be congruent. A square is counted as a rectangle, thus a rectangle can be congruent to a square.
The answer is no, if a rectangle's sides were congruent, it would be a square not a rectangle.
Rectangles do not have congruent lines. A square can always be called a rectangle. But a rectangle can't always be a square.
No. A rectangle has opposite sides congruent. If consecutive sides are also congruent, then your rectangle is a square.
Square. Congruent means "the same". A rectangle with 4 sides that are the same is a square.
No.
Square and Rectangle
"Square. Congruent means "the same". A rectangle with 4 sides that are the same is a square." Plus, it is not a rectangle. It is a polygon. The question should have been stated: What is a polygon with congruent sides?
Square
Correct. A square is a rectangle, a special kind that is 'regular'--all its angles are congruent, and all its sides are congruent.
If they did, then it would be a square. Technically, a square is a rectangle though, so a rectangle can have 4 congruent sides.
Yes. Every rectangle has 4 sides and 4 right angles. A rectangle that has 4 congruent sides is therefore a square.