A. True
Yes. It's definitely a parallelogram, and also definitely a rhombus. And if one of its angles happens to be 90 degrees, then it's also a square.
If it is a parallelogram, then it has two sets of parallelogram sides. Parallelograms' opposite angles are congruent A parallelogram's bisectors are congruent. * * * * * A parallelogram's bisectors are NOT congruent.
No, a trapezoid is not a parallelogram.
yes a parallelogram is congruent
A parallelogram can meet
True
True
2.1
Yes. It's definitely a parallelogram, and also definitely a rhombus. And if one of its angles happens to be 90 degrees, then it's also a square.
It's definitely a parallelogram, and also definitely a rhombus. And if one of its angles happens to be 90 degrees, then it's also a square.
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Yes, and it also must be a rhombus. Squares also fit this description as a square is technically also a parallelogram and a rhombus.
yes a parallelogram is a parallelogram
The answer to that is definitely a parallelogram. The key word is parallel.
NO!!! The opposite sides are Parallel. If it was four parallel sides it would be four parallel lines, with no intersections nor angles. Definitely a parallelogram is a quadrilateral. It has its opposite sides to be parallel, and there are no right-angles. The adjacent sides are NOT parallel, but angled.
Definitely a square I believe a parallelogram would also have this property * * * * * A rhombus: Yes. All other parallelograms: No.
Every parallelogram definitely has ... which includes squares, rectangles, andrhombussae ... and any polygon with an even number of sides can have.