1.   Name a point on the exterior of
   
    A. point D B. point C
    C. point G D. point E
    Hint

  2.   Classify
   
    A. obtuse B. equiangular
    C. right D. acute
    Hint

  3.   Find the value of x.
   
    A. 145 B. 135
    C. 45 D. 125
    Hint

  4.   Refer to the figure. If bisects and then
_____ by _____.
   
    A. by ASA B. by SAS
    C. by AAS D. by SSS
    Hint

  5.   In isosceles with base and Find the measure of
    A. 42 B. 52
    C. 34 D. 96
    Hint

  6.   Write an inequality to describe the possible values of x.
   
    A. x > 17 B. x < 17
    C. x > 20 D. x < 20
    Hint

  7.   In the figure, is a median in and Which statement is always true?
   
    A. x = 12
    B. If then is acute.
    C. If then
    D. If then RS < TS.
    Hint

  8.   Which is an equation of the line passing through points at (1, 6)
and (-2, 1)?
    A. y = 2x + 5 B.
    C. y = x + 5 D.
    Hint

  9.   How many planes appear on the figure shown?
   
    A. 5 B. 6
    C. 8 D. 7
    Hint

  10.   What three things are accepted as true without verification or proof?
    A. definitions, postulates, and undefined terms. B. theorems, postulates, and undefined terms
    C. definitions, theorems, and postulates D. conclusions, hypotheses, and postulates
    Hint

  11.   Which statement follows from (1) and (2) by the Law of Syllogism?

(1) If two angles form a linear pair, then they are supplementary.

(2) If two angles are supplementary, then the sum of their measures is 180.

    A. The sum of the measures of the angles in a linear pair is 180.
    B. A linear pair is formed by supplementary angles.
    C. Supplementary angles form a linear pair.
    D. The measures of supplementary angles add up to 180.
    Hint

  12.   Which is an example of the Symmetric Property?
    A. If 0.2 = , then = 0.2 B. 2x = 2x
    C. If 2x = 12, then x = 6 D. 5(6 - 2) = 30 - 10
    Hint

  13.   In the picture, and are vertical. If then what is
   
    A. 81 B. 90
    C. 162 D. 28
    Hint

  14.   If then triangle WXY is congruent to triangle _______.
   
    A. WYZ B. ZWY
    C. WZY D. YZW
    Hint

  15.   Which postulate can be used to prove the triangles congruent?
   
    A. SSS Postulate B. SAS Postulate
    C. AAA Postulate D. ASA Postulate
    Hint

  16.   Find XY.
   
    A. in. B. in.
    C. in. D. in.
    Hint

  17.   Which statement is the inverse of the statement angles with the same measure are congruent?
    A. If two angles do not have the same measure, then they are not congruent.
    B. If two angles are congruent, then they have the same measure.
    C. If two angles have the same measure, then they are congruent.
    D. If two angles are not congruent, then they do not have the same measure.
    Hint

  18.   In the figure, points A, B, and C lie in plane Z. Which of the following postulates can be used to show that A and B are collinear?
   
    A. If two lines intersect, then their intersection is exactly one point.
    B. If two planes intersect, then their intersection is a line.
    C. Through any two points, there is exactly one line.
    D. Through any three points not on the same line, there is exactly one plane.
    Hint

  19.   Determine the number of line segments that can be drawn connecting pairs of points shown.
   
    A. 10 B. 4
    C. 8 D. 6
    Hint

  20.   Find the coordinates of O.
   
    A. (3a, 0) B. (0, 3Ka)
    C. (0, 3a) D. (a, 0)
    Hint



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