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(04.02 MC) A city planner is rerouting traffic in order to work on a stretch of road. The equation of the path of the old route can be described as y = x − 4. What should the equation of the new route be if it is to be perpendicular to the old route and will go through point (Q, P)?

(04.02 MC) Write an equation of a line that passes through the point (8, 4) and is parallel to the line y = 4x + 2.

(04.03 MC) For the line segment whose endpoints are X (1, 2) and Y (6, 7), find the x coordinate for the point located the distance from X to Y.

(04.01 LC) If triangle JKL is classified as isosceles, which statement is true?

(04.03 LC) What is the area of trapezoid DEFG with coordinates D (4, 3), E (4, 0), F (2, 1), and G (2, 3)?

(04.01 LC) If triangle ABC is classified as a right triangle, which statement is true?

(04.01 MC) Which of the following best classifies a quadrilateral with coordinates A(8, 4), B(6, 0), C(3, 2), and D(7, 10)?

(04.02 MC) A city planner is rerouting traffic in order to work on a stretch of road. The equation of the path of the old route can be described as y = x − 4. What should the equation of the new route be if it is to be parallel to the old route and will go through point (Q, P)?

(04.02 MC) Randolph is creating parallelogram WXYZ so that WX has an equation of y = x − 6. Segment YZ must pass through the point (−1, 5). Which of the following is the equation for YZ?

(04.01 MC) Carla and Jonah are working together to determine if quadrilateral CDEF with coordinates C(2, 3), D(1, 2), E(4, 1), and F(5, 3) has parallel sides. Carla sets up the following equations: Jonah sets up the following equations: Who is on track to get the correct answer, and why?