1.   Find the value of x so that .
   
    A. 11 B. 35
    C. 19 D. 37
    Hint

  2.   Marty has a piece of rope with exactly 7 knots tied at equal intervals as shown. Using the rope, he wants to make triangles so that each vertex of the triangle occurs at a knot. How many different triangles can Marty make?
   
    A. 1 B. 2
    C. 3 D. 4
    Hint

  3.   Which of the following is not necessarily true of a rectangle?
    A. Consecutive angles are supplementary.
    B. Consecutive sides are congruent.
    C. Diagonals are congruent and bisect each other.
    D. All four angles are right angles.
    Hint

  4.   . Find the value of y.
   
    A. 2 B. 1.9
    C. 1.8 D. 2.2
    Hint

  5.   Find the value of x.
   
    A. 15 B.
    C. D.
    Hint

  6.   Find the length of the hypotenuse in the triangle below. Round to the nearest tenth.
   
    A. 17.3 cm B. 7.9 cm
    C. 15 cm D. 21 cm
    Hint

  7.   Which translation will translate with vertices A(-2, 3), B(0, -2), and C(-3, -4) to with vertices A'(-5, 4), B'(-3, -1), and C'(-6, -3)?
    A. 3 units right, 1 unit up B. 3 units right, 1 unit down
    C. 3 units left, 1 unit down D. 3 units left, 1 unit up
    Hint

  8.   Two lines intersect at an angle of 62°. What is the angle of rotation?
    A. 248° B. 31°
    C. 124° D. 62°
    Hint

  9.   How many other triangles in the figure appear to be congruent to ABC?
   
    A. 8 B. 4
    C. 7 D. 3
    Hint

  10.   is perpendicular to which segment?
   
    A.
    B.
    C. is not necessarily perpendicular to any segment.
    D.
    Hint

  11.   If and PM = MQ, which statement is not necessarily true?
   
    A. ABC is isosceles.
    B. ABC is equilateral.
    C. ABC APQ
    D. APQ is isosceles.
    Hint

  12.   Find mA to the nearest tenth in right triangle ABC for A(1, 5),
B(4, 9), and C(12, 3).
    A. 63.4 B. 65.9
    C. 2 D. 26.6
    Hint

  13.   Kendra cuts a triangle out of a piece of paper. With a protractor, she measures one of the angles to be 58.3°. Then she uses a ruler to find that the length of the opposite side is 16.5 cm, and the length of one of the other sides is 18.3 cm. To the nearest tenth of a cm, how long is the third side of Kendra's triangle?
    A. 18.1 cm B. 13.6 cm
    C. 15.1 cm D. 18.3 cm
    Hint

  14.   Which is not a true statement about rotations?
    A. A rotation maintains orientation.
    B. A rotation maintains collinearity.
    C. A rotation maintains distance measure.
    D. A rotation maintains angle measure.
    Hint

  15.   Solve
    A. a = -90 B.
    C. D. a = 90
    Hint

  16.   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 planes intersect, then their intersection is a line.
    B. If two lines intersect, then their intersection is exactly one point.
    C. Through any three points not on the same line, there is exactly one plane.
    D. Through any two points, there is exactly one line.
    Hint

  17.   Which of the following best describes the front and back covers of a notebook when closed?
    A. a single plane B. parallel planes
    C. intersecting planes D. skew planes
    Hint

  18.   What are the coordinates of N?
   
    A. (0, -3a) B. (b, 0)
    C. (3a, 0) D. (0, b)
    Hint

  19.   State the assumption that could be used to start an indirect proof of the statement Points A, B, C, and O are coplanar.
    A. Points A, B, C, and O are coplanar. B. Points A, B, C, and O are not coplanar.
    C. Points A, B, C, and O are collinear. D. Points A, B, C, and O form a quadrilateral.
    Hint

  20.   What are the coordinates of the intersection of the diagonals of parallelogram WXYZ with vertices W(−1, 2), X(3, 2), Y(5, −1), and Z(1, −1)?
    A. (−3, 1.5) B. (2, 0.5)
    C. (1, 1.5) D. (−1, 2)
    Hint