1.   Solve the equation 3b - 5 = 18.
    A. b = B. b = 20
    C. b = 26 D. b =
    Hint

  2.   Solve the equation
    A. a = 0 B. a =
    C. a = 5 D. a =
    Hint

  3.   Refer to the figure shown. Name the vertices of the equilateral triangle.
   
    A. U, V, Z B. U, Z, W
    C. X, Y, Z D. W, X, Y
    Hint

  4.   If is parallel to , what is
   
    A. 126 B. 109
    C. 54 D. 71
    Hint

  5.   Most residential roofs are made of roof trusses. A diagram of a roof truss is shown. Notice that it is triangular in shape. Name the corresponding sides.
   
    A. , ,
    B. , ,
    C. , ,
    D. , ,
    Hint

  6.   Which postulate can be used to prove the triangles congruent?
   
    A. SAS Postulate B. ASA Postulate
    C. not possible D. SSS Postulate
    Hint

  7.   In the figure, intersects at H. Which additional fact is needed to prove by ASA?
   
    A. B.
    C. D.
    Hint

  8.   Refer to the figure. If is isosceles, which of the following can be used to prove
   
    A. AAS Theorem B. ASA Postulate
    C. SSS Postulate D. SAS Postulate
    Hint

  9.   Find the value of x.
   
    A. 10 B. 9
    C. 8 D. 3
    Hint

  10.   Which figure is an obtuse triangle?
    A. B.
    C. D.
    Hint

  11.   Find the measure of 1.
   
    A. 70° B. 60°
    C. 50° D. 90°
    Hint

  12.   Two triangles are necessarily congruent if and only if __________.
    A. their corresponding sides and corresponding angles are congruent.
    B. two of their sides are congruent.
    C. their corresponding angles are congruent.
    D. their corresponding sides and corresponding angles are congruent, and they are rotated to the same position.
    Hint

  13.   Refer to the figure. If is perpendicular to both and , and , then ABG ________ by _________.
   
    A. FEG by AAS B. EFG by ASA
    C. FEG by ASA D. EFG by AAS
    Hint

  14.   What is the value of each of the two sides opposite the congruent angles in the triangle pictured?
   
    A. 39 B. 75
    C. 27 D. 15
    Hint

  15.   Find the coordinates of L.
   
    A. (2a, 0) B. (a, 2b)
    C. (2a, 0) D. (2a, 2b)
    Hint

  16.   Mr. Lopez planted a pine tree in his backyard that was 4 feet wide at the base and 5 feet tall. Prove that ΔABC is an isosceles triangle by using the Distance Formula to find AB and BC?
   
    A. B.
    C. D.
    Hint