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https://math.answers.com/math-and-arithmetic/Can_two_paralleograms_with_different_shapes_have_the_same_area

Can two paralleograms with different shapes have the same area? - Answers

Definitely. You can pick an area, and there are an infinite number of parallelograms, including an infinite number of rhombuses and an infinite number of rectangles, all with different shapes, that all have that same area. But there's only 1 square, and only 1 circle !



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Can two paralleograms with different shapes have the same area? - Answers

https://math.answers.com/math-and-arithmetic/Can_two_paralleograms_with_different_shapes_have_the_same_area

Definitely. You can pick an area, and there are an infinite number of parallelograms, including an infinite number of rhombuses and an infinite number of rectangles, all with different shapes, that all have that same area. But there's only 1 square, and only 1 circle !



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https://math.answers.com/math-and-arithmetic/Can_two_paralleograms_with_different_shapes_have_the_same_area

Can two paralleograms with different shapes have the same area? - Answers

Definitely. You can pick an area, and there are an infinite number of parallelograms, including an infinite number of rhombuses and an infinite number of rectangles, all with different shapes, that all have that same area. But there's only 1 square, and only 1 circle !

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      Definitely. You can pick an area, and there are an infinite number of parallelograms, including an infinite number of rhombuses and an infinite number of rectangles, all with different shapes, that all have that same area. But there's only 1 square, and only 1 circle !

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