For Exercises 8-1l1, graph each quadrilateral using the given vertices. Then use the distance formula and the slope formula to determine the most specific name for each quadrilateral: trapezoid, kite, rectangle, rhombus, square, parallelogram, or just quadrilateral. Find the area of each quadrilateral. 8. A(6, 8), B(9, 7), C(7, 1), D(4, 2) 9. E(1,-2), F(5,-5), G(2,-8), H(-2,-5)

For Exercises 8-1l1, graph each quadrilateral using the given vertices. Then use the distance formula and the slope formula to determine the most specific name for each quadrilateral: trapezoid, kite, rectangle, rhombus, square, parallelogram, or just quadrilateral. Find the area of each quadrilateral. 8. A(6, 8), B(9, 7), C(7, 1), D(4, 2) 9. E(1,-2), F(5,-5), G(2,-8), H(-2,-5)

Intermediate Algebra

19th Edition

ISBN:9780998625720

Author:Lynn Marecek

Publisher:Lynn Marecek

Chapter11: Conics

Section11.1: Distance And Midpoint Formulas; Circles

Problem 11.7TI: Use the Midpoint Formula to find the midpoint of the line segments whose endpoints are (3,5) and...

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Similar questions

Have you ever used a map with a rectangular coordinate system? Describe the map and how you used it.
Use the Midpoint Formula to find the midpoint of the line segments whose endpoints are (3,5) and (5,7) plot the endpoints and the midpoint on a rectangular coordinate system.
Use slopes to show that the quadrilateral with vertices at (1,3), (5/2,2), (7/2,4), and (2,1) is a parallelogram.

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