Schools use their Accuplacer Math requirements to determine the number of basic or developmental math courses a student must take, prior to enrolling in the math classes that are requisite for a degree. If a student does well on the Accuplacer, they’re permitted to begin taking the college level required math courses upon enrollment. The ideal or passing score of the test may also vary according to the student’s major or intended area of study.
As noted on CollegeBoard.com, the Accuplacer is a computer adaptive test, meaning the questions are chosen for you on the basis of your answers to previous questions. With this method, the computer is able to give questions that are parallel to the student’s skill level. The Accuplacer math test consists of the following categories: Arithmetic (17 questions), Elementary Algebra (12 questions), and College Level Mathematics (20 questions). The test is not timed, however, once you pass a question and move forward, you will be unable to go back to any of the earlier questions.
The Arithmetic section tests your ability to conduct fundamental math operations and solve problems using basic arithmetic methods. The questions are broken down into three different types: operations with whole numbers and fractions, operations with decimals and percents and applications and problem solving. The Elementary Algebra Portion is centered on operations with integers and rational numbers, operations with algebraic expressions and equation solving, inequalities and word problems. Lastly, the aim of the College-Level Mathematics Portion is to calculate a student’s comprehension of topics ranging from intermediary algebra to precalculus, including algebraic operations, functions, equations, inequalities, coordinate geometry and trigonometry.
According to the WT Virtual Math Lab, the content of the math part of the THEA and the Accuplacer test are alike; assessing the student’s knowledge of fundamental mathematics, algebra, geometry and problem solving. In order to do well on the test, students need to be familiar with the range of aspects that are covered within the categories. For example, the WT Virtual Math Lab advises students to study the following topics inside of the fundamental mathematics area: integers, fractions, decimals, units of measurements, along with problems involving data interpretation and analysis. When it comes to algebra, it’s a good idea to study graphs of number relationships, one- and two-variable equations, word problems with variables, quadratic equations, algebraic expressions and functional notations. Within geometry, it’s best to be acquainted with geometric figures, concepts and problems. Finally, the problem solving portion involves the use of reasoning skills.