
Placement Testing
 Required Placement Testing Notice for New Freshman and Transfer Students
 Mathematics Readiness Standard
 Foreign Language Placement Test Policy
 About the Algebra Placement Test
 About the Reading Comprehension Placement Test
 What Do My Placement Test Scores Mean?
 Placement Testing  Directions to Hammond Hall
 Resources on the Mechanics of English
About the Algebra Placement Test
Algebra Test Preparation Resources
These excellent free websites provides thousands of practice problems with stepbystep explanations. Please be aware that these websites can be used as part of an overall preparation plan. Students are encouraged to review basic mathematics including percentages, fractions, exponents and area.
 Number2: Create an account and access a free customized test preparation course that includes userfriendly tutorials and practice sessions that dynamically adapt to each student's ability level.
 Khan Academy: Extensive Algebra instructional videos that feature stepbystep process to solving Algebra problems and includes written transcripts and video subtitles.
Effective Math Study Habits
 Effective study habits will make a significant difference in how fast and how well you will improve your Arithmetic and Algebra knowledge.
 Schedule study sessions to help you discipline yourself to develop a routine.
 Study 46 days a week for 30 – 60 minute sessions using online websites.
 Keep a notebook, date every study session, write each problem and show in detail all the steps to the solution.
 Note the problems that you cannot solve and ask the Math Center Tutor for help. Write all study strategies and problem solving steps that the tutor reviews with you.
 Before starting every new study session, spend 10 minutes reviewing previously learned material. Ongoing review is critical to proving to yourself that you really know how to solve each type of Arithmetic and Algebra problem.
 Always study without a calculator. A calculator is not allowed on the test.
 Say aloud the process and steps to solving each problem. This process of challenging yourself to explain how to solve the problem gives you accurate feedback on your level of understanding.
ACCUPLACER Algebra Placement Test Description
The online Algebra Placement Test is not timed and consists of a total of 1214 questions in three categories:
 Operations with integers and rational numbers, including computation with integers and negative rationals, the use of absolute values, and ordering.
 Operations with algebraic expressions using evaluation of simple formulas and expressions, and adding and subtracting monomials and polynomials. Questions involve multiplying and dividing monomials and polynomials, the evaluation of positive rational roots and exponents, simplifying algebraic fractions, and factoring.
 Translating written phrases into algebraic expressions and solving equations, inequalities, word problems, linear equations and inequalities, quadratic equations (by factoring), and verbal problems presented in an algebraic context.
Topics Include:
 Integers and Rationals
 Ordering
 Operations with signed numbers
 Absolute Value
 Algebraic Expressions
 Evaluating formulas and other algebraic expressions
 Addition and subtraction of monomials and polynomials
 Multiplication of monomials and polynomials
 Positive rational roots and exponents
 Squaring a binomial
 Factoring difference of squares
 Factoring ax² + bx + c over the integers
 Factoring polynomials that are not quadratics
 Operations with algebraic fractions involving addition, subtraction, multiplication, and division.
 Division of monomials and polynomials including simplification of algebraic fractions.
 Equations, Inequalities, and Word Problems
 Solving linear equations and inequalities
 Systems of linear equations
 Quadratic equations solution by factoring
 Translating written phrases or sentences into algebraic expressions or equations
 Solving verbal problems in an algebraic context including geometric reasoning
 Graphing
Algebra Placement Test Results
The following Algebra placement test results determine the first level Mathematics course that students can enroll at Fitchburg State University they are:
82 + = Passing
Students can enroll in the first level course required for their major.
50 to 81 = Basic Math II
This is a prerequisite Algebra course. Students earn 3 college credits that count toward their overall Grade Point Average (GPA) but do not count towards the Mathematics requirement for graduation. Passing this course allows students to enroll in the first level mathematics course required for the major.
20 to 49 = Basic Math I
This is a prerequisite mathematics course. Students earn 3 college credits that count toward the overall Grade Point Average (GPA) but do not count towards the Mathematics requirement for graduation. Passing this course allows students to enroll in Basic Math II.
Elementary Algebra Proficiency Statements
Total Right Score of About 25
Students at this level have minimal prealgebra skills. These students demonstrate:
 a sense of order relationships and the relative size of signed numbers.
 the ability to multiply a whole number by a binomial.
Total Right Score of About 57
Students scoring at this level have minimal elementary algebra skills. These students can:
 perform operations with signed numbers
 combine like terms
 multiply binomials
 evaluate algebraic expressions
Total Right Score of About 76
Students at this level have sufficient elementary algebra skills. By this level, the skills that were beginning to emerge at a total right score of 57 have been developed. Students at this level can:
 add radicals, add algebraic fractions, and evaluate algebraic expressions.
 factor quadratic expressions in the form ax2+bx+c, where a=1
 factor the difference of squares
 square binomials
 solve linear equations with integer coefficients
Total Right Score of About 108
Students at this level have substantial elementary algebra skills. These students can:
 simplify algebraic expressions
 factor quadratic expressions where a=1
 solve quadratic equations
 solve linear equations with fractional and literal coefficients and linear inequalities with integer coefficients.
 solve systems of equations
 identify graphical properties of equations and inequalities.