State of New Jersey Department of Education
Mathematics Test Specifications
Contents
Mathematics - ESPA
Introduction | Overview | Test Format

Introduction - p. 1-3

Introduction
In May 1996, the New Jersey State Board of Education adopted Core Curriculum Content Standards that define New Jersey's expectations for student learning. The standards were developed by a statewide panel of representatives from education, business, industry and the interested public. These representatives participated in a two-year process to develop the core standards in seven content areas.
. Visual and Performing Arts
. Comprehensive Health and Physical Education
. Language Arts Literacy
. Mathematics
. Science
. Social Studies
. World Languages
In addition, all areas of instruction include the following cross-content workplace readiness standards:
1. All students will develop career planning and workplace readiness skills.
2. All students will use technology, information, and other tools.
3. All students will use critical-thinking, decision-making, and problem-solving skills.
4. All students will demonstrate self-management skills.
5. All students will apply safety principles.


Since public education must prepare all students for the world of work, all content areas need to address these cross-content workplace readiness standards.

To gauge student progress toward meeting the Core Curriculum Content Standards, the New Jersey Department of Education is developing a comprehensive set of assessments that measure knowledge and skills at grades four, eight, and eleven. The grade four Elementary School Proficiency Assessment (ESPA) is the third component of the state's assessment program which also includes the Grade Eight Proficiency Assessment (GEPA) and the eleventh-grade High School Proficiency Assessment (HSPA). Since not every indicator can be assessed through a statewide, standardized, written examination, individual districts will be involved in measuring the attainment of some performance expectations outlined in the standards. This Directory of Test Specifications and Sample Items for the Elementary School Proficiency Assessment (ESPA) in Mathematics is a companion document to the New Jersey State Department of Education's Core Curriculum Content Standards, May 1996 and the Elementary School Proficiency Assessment Content Domain Outline, February 1997. The Directory of Test Specifications consists of Content/Skill Outlines, ESPA test scores and subscores, and sample items. All of these components and the Mathematics portion of the Elementary School Proficiency Assessment Content Domain Outline, February 1997, were developed by the Mathematics Content Committee. This committee is composed of fifteen New Jersey educators (nine elementary school teachers, five mathematics supervisors, and a testing specialist) who met for five weeks during the summer of 1996 and who have continued to meet regularly.

The committee members relied upon their expertise to design a test that is universally accessible to all fourth graders and is composed of test questions that are age- and grade-appropriate.
Curriculum specialists and teachers may use these specifications, along with the New Jersey Mathematics Curriculum Frameworks and the standards themselves, to improve instruction at the district, school, and classroom levels.

Overview of the Grade 4 Mathematics Test
The mathematics section of the Grade 4 ESPA assesses student's knowledge and skills in five content clusters of mathematics:
. Number Sense, Operations, and Properties
. Data Analysis, Probability, and Discrete Mathematics
. Measurement
. Spatial Sense and Geometry
. Patterns and Algebra
The test items are distributed so that approximately 36% of the items assess skills from the first cluster, Number Sense, Operations, and Properties. Each of the other four clusters contains approximately 16% of the items. There are a total of 42 multiple-choice and 6 open-ended items in the test. Of these, 32 multiple-choice and 5 open-ended items are considered as operational and are distributed as shown in the chart below.
Test Format
Cluster
Number of Multiple 
Choice Items
Number of
Open-Ended Items
I: Number Sense,
Operations, and Properties
12
1
II: Measurement
4
1
III: Spatial Sense and Geometry
5-6
1
IV: Data Analysis,
Probability, and Discrete Mathematics
5-6
1
V: Patterns and Algebra
5
1

The remaining 10 multiple-choice and 1 open-ended items are field test items and will not contribute to the student's score.

The majority of the test allows students to use a calculator. The basic four-function calculator will be sufficient. Students taking any of the New Jersey tests in mathematics should be prepared to use calculators by regularly using those calculators in their instructional programs. Calculators that have been given to students only on the day of the assessment may actually cause them to perform less well than they would have performed without such calculators. Students must be comfortable with, and have practice with calculators, or they will be of little benefit during the assessment. Students should be permitted to use their calculators, rather then the school's, if they choose to do so.

The calculator section of the test contains two types of questions, multiple-choice and open-ended. The multiple-choice items have four choices. Each item is stated as a question or as a completion statement.

The calculator section also includes five open-ended items. These are designed to give students the opportunity to explain their responses and show how they arrived at their answers. Students can use diagrams, charts, pictures, and/or words to explain their thinking. These open-ended items are scored holistically, rather than analytically, with a 0-to-3-point rubric specific to each question, but derived from the general rubric that follows. Scoring decisions are based on student demonstration of conceptual understanding of the fundamental concept being tested in the question. For example, a student response that showed minor computational errors would not severely penalize the student if the fundamental concept being tested was not basic computation with real numbers.