Which statement proves that quadrilateral hijk is a kite? hi ⊥ ij, and m∠h = m∠j. Ih = ij = 3 and jk = hk = startroot 29 endroot, and ih ≠ jk and ij ≠ hk. Ik intersects hj at the midpoint of hj at (−1. 5, 2. 5). The slope of hk = negative two-fifths and the slope of jk = negative five-halves.

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