1.   Which graph shows a line with an undefined slope?
    A. B.
    C. D.
    Hint

  2.   Find the distance from K(0, -1) to the line whose equation is y = 2x + 4.
    A. 2 B.
    C. D.
    Hint

  3.   The segment that bisects an angle of the triangle and has one endpoint at a vertex of the triangle and the other endpoint at another point on the triangle is called the _________.
    A. perpendicular bisector B. median
    C. angle bisector D. segment bisector
    Hint

  4.   In parallelogram ABCD, which pair of angles are not supplementary?
   
    A. D, C B. D, B
    C. A, D D. B, C
    Hint

  5.   The quadrilateral below is a parallelogram because_______.
   
    A. the diagonals bisect each other B. it is a square
    C. the diagonals are not congruent D. the diagonals are perpendicular
    Hint

  6.   A fractal is_______.
    A. a corner broken from a polygon B. a geometric figure created using iteration
    C. a sum or difference of fractions D. always constructed beginning with a triangle
    Hint

  7.   Find PQ for P(2, 7) and Q(-4, 2). Round to the nearest tenth.
    A. -7.8 B. 6
    C. 5.4 D. 7.8
    Hint

  8.   To show that a conjecture is false, you need to provide one _____.
    A. counterexample B. possibility
    C. theorem D. guess
    Hint

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

  10.   Which statement is true about skew lines?
    A. They lie in the same plane. B. They are perpendicular
    C. They do not intersect. D. They intersect
    Hint

  11.   The distance between two parallel lines is the distance between one of the lines and _____ .
    A. any point not on the line B. the other line
    C. any point on the other line D. any point farther than the other line
    Hint

  12.   Ed has a piece of rope with exactly 10 knots tied to make 9 equal lengths as shown. Using the rope, he wants to use the entire rope to make a triangle so that each vertex of the triangle occurs at a knot. How many different triangles can Ed make?
   
    A. 2 B. 5
    C. 3 D. 4
    Hint

  13.   WXYZ is a rectangle with the diagonals drawn. Which assertion about the measures of the segments in the figure is not necessarily true?
   
    A. WV = VX B. WY > ZY
    C. 2ZV = WY D. WX > WZ
    Hint

  14.   Solve the proportion .
    A. 6 B. 0
    C. D. 7
    Hint

  15.   In ABC, mA = 45, a = 9, and c = 11. Find mC to the nearest tenth.
    A. 59.8 B. 30.2
    C. 54.7 D. 35.3
    Hint

  16.   Determine the range for a measurement of 5 yards.
    A. yd to yd B. ft to ft
    C. ft to ft D. 4 yd to 6 yd
    Hint

  17.   Find the perimeter of with vertices A(4, 6), B(4, -3), and C(-4, -3).
    A. 29 units B. 11 units
    C. 72 units D. 12 units
    Hint

  18.   The statement if , then demonstrates which property of congruence?
    A. Symmetric Property B. Transitive Property
    C. Reflexive Property D. Identity Property
    Hint

  19.   State the assumption that could be used to start an indirect proof of the statement m1 + m2 = 180.
    A. m1 and m2 are complementary. B. m1 and m2 are supplementary.
    C. m1 + m2 = 90 D. m1 + m2 180
    Hint

  20.   What is another name for an indirect proof?
    A. proof by contradiction B. paragraph proof
    C. proof by assumption D. default proof
    Hint



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