Square s (not shown) has one vertex at (1, 3) and has an area of 25; one pair of the sides of square s have a slope of \dfrac{3}{4} 4 3 . Not counting the vertex at (1, 3), square s has three other vertices. In which quadrants could any other vertex of square s fall? Note that points on the x- or y-axis are not in any quadrant. Indicate all such quadrants
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Answer:
Square s (not shown) has one vertex at (1, 3) and has an area of 25; one pair of the sides of square s have a slope of \dfrac{3}{4} 4 3 . Not counting the vertex at (1, 3), square s has three other vertices. In which quadrants could any other vertex of square s fall? Note that points on the x- or y-axis are not in any quadrant. Indicate all such quadrants.......................
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Answer:
Square s (not shown) has one vertex at (1, 3) and has an area of 25; one pair of the sides of square s have a slope of \dfrac{3}{4} 4 3 . Not counting the vertex at (1, 3), square s has three other vertices. In which quadrants could any other vertex of square s fall? Note that points on the x- or y-axis are not in any quadrant. Indicate all such quadrants.......................
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