Description of Question

• Use angle relationships to prove lines parallel.
• Use rules for symmetry to solve a problem.
• Interpret a Venn diagram.
• Determine second point on a line that is parallel to a given line.
• Identify a line segment congruent to a given line segment.
• Identify a valid conclusion for a set of statements.
• Determine point on a line perpendicular to a given line and passing through a given point.
• Determine a contrapositive of a statement.
• Use properties of parallel lines to determine measure of a given angle.
• Determine slope of a line given two points on the line.
• Construct an angle bisector to solve a problem.
• Identify location of a point after a specified rotation.
• Identify inverse of a given statement.
• Use properties of parallel lines to determine measure of a given angle.
• Find distance between two points.
• Solve a problem involving lines of symmetry.
• Construct an angle congruent to a given angle.
• Identify symbolic representation of a verbal statement.

Reporting Category:  Triangles

   Description of Question

• Solve a problem using the Pythagorean Theorem.
• Determine which theorem will prove two triangles congruent.
• Determine which theorem will prove two triangles similar.
• Determine possible length of third side of a triangle.
• Complete a proof table to prove triangles congruent.
• Solve a problem using the Pythagorean Theorem.
• Determine which postulate will prove two triangles similar.
• Use trigonometry to solve a problem.
• Determine if a triangle could be formed from three given segments.
• Identify a condition that will prove two triangles are congruent by a particular postulate.
• Identify a set of Pythagorean triplets.
• Given measures of the sides of a triangle, order its angle measures.
• Recognize a proportion describing the relationship of similar triangles.
• Use trigonometry to solve a problem.

Reporting Category:  Polygons, Circles, and Three-Dimensional Figures

   Description of Question Student Response

• Use properties of rectangles to solve a problem.
• Solve a problem involving exterior angles of a polygon.
• Solve a problem involving secants and tangents.
• Given the equation of a circle, identify the center and the diameter/radius.
• Solve a problem involving surface area or volume of a three dimensional object.
• Determine the effect on volume or surface area of a three dimensional object when one or more dimensions is changed.
• Determine measures of angles of a parallelogram.
• Determine the sum of interior angle measures of a polygon.
• Solve a problem involving the area of a sector of a circle.
• Given the equation of a circle, identify a point that lies on the circle.
• Solve a problem involving the volume of a sphere.
• Solve a problem involving proportions and similar figures.
• Use properties of a parallelogram to solve a problem.
• Solve a problem involving the interior angles of a polygon.
• Solve real-world problems involving properties of circles.
• Given the center and the radius or diameter of a circle, identify a point that lies on the circle.
• Determine volume of a composite three-dimensional object.
• Solve a problem involving volumes of similar figures.