1. Name three points that are collinear. A. A, D, F B. A, C, D C. A, B, D D. C, D, F Hint 2. The ordered pair for point A is ____. A. (-1, -2). B. (2, -1) C. (-1, 2) D. (2, 1) Hint 3. Choose the graph of B(3, -2). A. B. C. D. Hint 4. A picture frame is best modeled by a A. quadrant. B. plane. C. point. D. line. Hint 5. For the proof shown, provide the reason for part c. A. Addition Property of Equality B. Multiplication Property of Equality C. Division Property of Equality D. Subtraction Property of Equality Hint 6. How many segments intersect ? A. 4 B. 6 C. 3 D. 5 Hint 7. A property from plane Euclidean geometry is written below. Which of the following is a corresponding statement for non-Euclidean spherical geometry?Two distinct intersecting lines intersect in exactly one point. A. Two distinct great circles intersect in infinitely many points. B. Two distinct great circles intersect in exactly one point. C. Two distinct great circles intersect in exactly two points. D. Two distinct great circles intersect in exactly four points. Hint 8. Find A. 56 B. 50 C. 62 D. 68 Hint 9. In a triangle, a segment that joins a vertex of the triangle and the midpoint of the opposite side is called the __________. A. hypotenuse B. perpendicular bisector C. altitude D. median Hint 10. A _________ is a line or segment that passes through the midpoint of a side of a triangle and is perpendicular to that side. A. angle bisector B. mode C. median D. perpendicular bisector Hint 11. Order the steps for writing an indirect proof. A. 3, 2, 1 B. 1, 2, 3 C. 2, 3, 1 D. 2, 1, 3 Hint 12. has vertices M(3, 5), N(1, -2), O(-3, 2). Order the angles fromthe greatest measure to the least measure. A. B. C. D. Hint 13. Is it possible to draw a triangle with sides measuring 13, 21, and 39? Explain A. Yes; the sides of the triangle are not all the same lengths. B. No; 13 is less than 21 + 39. C. No; 39 is greater than 13 + 21. D. Yes; 13 + 21 is less than 39. Hint 14. If PQRS is a parallelogram, find the value of  y. A. 115 B. 175 C. 75 D. 15 Hint 15. Which statement is false? A. Every rhombus is a parallelogram. B. Every square is a rhombus. C. Every rhombus is a square. D. Every rhombus is a quadrilateral. Hint 16. The intersection of two planes could be a ______. A. point B. plane C. segment D. line Hint 17. Find the distance from R(-7, 8) to the line with the equation y = 5. A. 11 B. 5 C. -3 D. 3 Hint 18. Refer to the figure. If is perpendicular to both and , and , then ABG ________ by _________. A. FEG by ASA B. EFG by AAS C. FEG by AAS D. EFG by ASA Hint 19. is a median of PRS. Which statement is true? A. mQTS < mQTP B. C. mQTS > mQTP D. PTR and STR are complementary. Hint 20. Find the values of x. and y that ensure that LMNO is a parallelogram. A. x = 4, y = B. x = , y = C. x = , y = 4 D. x = 8, y = 1 Hint