The quadrilateral ABCD is shown below.
Is ABCD a square?
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The quadrilateral ABCD is shown below.
Is ABCD a square?
To determine if quadrilateral ABCD is a square, we need to verify if all sides are equal and if all angles are .
1. Given side lengths are , , , and . Since all sides are not equal, ABCD cannot be a square.
2. Even without needing to calculate angles, we know that a square requires all four sides to be equal, which they are not. Therefore, this characteristic alone is sufficient to conclude.
Since we determined the side lengths don't match, it logically follows that ABCD is not a square.
Therefore, the solution to the problem is No.
No
Look at the square below:
Is a parallelogram a square?
A rectangle has four right angles and opposite sides equal. A square is a special rectangle where all four sides are equal too!
No! If the sides aren't all equal, it's automatically not a square. You only need to check angles when all sides are equal first.
Yes! Since opposite sides are equal (AB = CD = 3, BC = DA = 6) and the angles appear to be right angles, this is a rectangle - a special type of parallelogram.
Always double-check your measurements! But based on the given diagram showing and , we can trust these values for our analysis.
Think of it as the "most perfect" rectangle - it has everything a rectangle has (4 right angles, opposite sides equal) plus all sides are the same length!
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