1. In the figure, bisects at V. Find the measure of if VZ=4a+3 and VW=15-2a. A. 22 B. 24 C. 28 D. 12 Hint 2. Determine the contrapositive of the following if-then statement.If three points are noncollinear, then they form a triangle. A. If three points are not noncollinear, then they do not form a triangle. B. If three points do not form a triangle, then they are noncollinear. C. If three points do not form a triangle, then they are not noncollinear. D. If three points form a triangle, then they are noncollinear. Hint 3. Which statement follows from statements (1) and (2) by the Law of Syllogism?(1) If an object is a square, then it is a rhombus.(2) If an object is a rhombus, then it is an equilateral. A. If an object is a square, then it is an equilateral. B. If an object is an equilateral, then it is a square. C. An object is a square. D. An object is a rhombus. Hint 4. Find the value of x. A. 110 B. 126 C. 145 D. 54 Hint 5. Triangle RST is isosceles with as the vertex angle. If ST = 3x - 11, SR = x + 3, and RT = x - 2, find RT. A. 14 B. 7 C. 5 D. 9 Hint 6. Name the remote interior angles of A. B. C. D. Hint 7. Which angle corresponds to if A. B. C. D. Hint 8. Which postulate or theorem shows that A. SSS Postulate B. AAS Theorem C. SAS Postulate D. ASA Postulate Hint 9. Refer to the figure. Which statement is never true? A. If FG = 4, EGDE = 6, then EF < 18. B. If DF = 20, FG = 13, and EG = 15, then EF = 11. C. If EG = 6, ED = 8, and then FG = DF. D. If is obtuse, then EG > EF. Hint 10. Write an inequality to describe the possible values of x. A. x > 17 B. x < 20 C. x < 17 D. x > 20 Hint 11. Which is an equation of the line with slope and passing through the point at (1, 2)? A. B. C. y = 2x + 1 D. Hint 12. If one leg of a right triangle is 17.2 cm and the other leg is 22.5 cm, what is the length of the hypotenuse? A. 22.5 cm B. 39.7 cm C. 28.3 cm D. 6.3 cm Hint 13. Find the coordinates of point M if S(-4, 5) is the midpoint of and the coordinates of P are (-8, 8). A. (0, -2) B. (0, 2) C. (-2, 0) D. (6, ) Hint 14. For the proof shown, provide statement 3. A. CD = EF B. AB = BA C. AB = CD D. AB = EF Hint 15. For the proof shown, provide the reason for part d. A. Definition of Addition B. Symmetric Property (=) C. Definition of a line D. Definition of congruent segments Hint 16. In the picture, and are vertical. If then what is A. 28 B. 162 C. 90 D. 81 Hint 17. Which pair of triangles shows FGH QRS by the AAS Theorem? A. B. C. D. Hint 18. What is the value of each of the two sides opposite the congruent angles in the triangle pictured? A. 39 B. 75 C. 15 D. 27 Hint 19. Name the property that justifies if a < b, then a + c < b + c. A. Comparison Property B. Addition Property C. Subtraction Property D. Transitive Property Hint 20. Which line segment in the picture shown is the longest? A. B. C. D. Hint