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The University of the State of New York
THE STATE EDUCATION DEPARTMENT
Albany, New York 12234

Specifications for the Regents Examination in Geometry
(First Administration–June 2009)

The questions on the Regents Examination in Geometry will assess both the content and the process strands of New York State Mathematics Standard 3. Each question will be aligned to one content performance indicator but will also be aligned to one or more process performance indicators, as appropriate for the concepts embodied in the task. As a result of the alignment to both content and process strands, the examination will assess students’ conceptual understanding, procedural fluency, and problem-solving abilities rather than assessing knowledge of isolated skills and facts.

There will be 38 questions on the Regents Examination in Geometry. The table below shows the percentage of total credits that will be aligned with each content band.

Content Band

% of Total Credits

Geometric Relationships

8–12%

Constructions

3–7%

Locus

4–8%

Informal and Formal Proofs

41–47%

Transformational Geometry

8–13%

Coordinate Geometry

23–28%

Question Types

The Regents Examination in Geometry will include the following types and numbers of questions:

Question Type

Number of Questions

Multiple choice
(2 credits each)

28

2-credit open ended

6

4-credit open ended

3

6-credit open ended

1

Total credits

86

Calculators

Schools must make a graphing calculator available for the exclusive use of each student while that student takes the Regents Examination in Geometry.

 

Reference Sheet

The Regents Examination in Geometry will include a reference sheet containing the formulas specified below.

 

 

Volume

Cylinder

Content Table
where Question Table is the area of the base

Pyramid

Cylinder
where refrence Sheet is the area of the base

Right Circular Cone

Pyramid
where Volume is the area of the base

Sphere

Right Circuler Cone

 

 

 

 

 

 

Lateral Area (Sphere)

Right Circular Cylinder

Right Circular Cylinderrh

Right Circular Cone

Right Circular Conerl
where l is the slant height

 

 

 

 

 

 

Surface Area

Sphere

Spherer2