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Chapter 6: Quadrilaterals. 6.6 Placing Figures in the Coordinate Plane. Review. Distance Formula: Slope Formula: Midpoint Formula:. Review. Determine the most precise name of a quadrilateral with vertices H(-5,0), E(-3,2), A(3,2), and T(5,0). Placing Figures.
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Chapter 6: Quadrilaterals 6.6 Placing Figures in the Coordinate Plane
Review • Distance Formula: • Slope Formula: • Midpoint Formula:
Review • Determine the most precise name of a quadrilateral with vertices H(-5,0), E(-3,2), A(3,2), and T(5,0).
Placing Figures • in the coordinate plane, if we are not given specific coordinates, we can place one vertex at the origin, to make it easier • we can also change the scale of the graph, to avoid fractions
Example 1 Is the inner quadrilateral a parallelogram? Explain.
Example 2 • Rectangle KLMN is centered at the origin with sides parallel to the axes. Find the missing coordinates.
Example 3 • Give coordinates for points D and S without using any new variables.
Example 4 • Give coordinates for points D and S without using any new variables.
Example 5 • Find coordinates for points D and S without using any new variables.
Example 6 • Give coordinates for points D and S without using any new variables.
Homework • p. 344: • 2-7, 23-25