Objective. Students correctly answer practice items from all three ParaPro content domains — reading skills and application, mathematics skills and application, and writing skills and application — achieving at least 70% accuracy on domain-specific practice sets before the mock exam.
This lesson, its worked examples and its practice questions has not yet been verified by a licensed professional in the field or by a certification or approval body. It is a study draft and may contain errors. Do not use it as instructions for work on a job site or on live equipment. Always follow your instructor, your supervising professional, and current official references and regulations.
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The ParaPro Assessment, published by ETS, measures the skills that school districts expect of paraprofessionals before they enter the classroom. The exam is divided into three content domains: Reading, Mathematics, and Writing. Each domain tests two layers of knowledge: skills, meaning your command of the subject matter itself, and application, meaning your ability to use those skills to help students learn. Understanding both layers is essential because roughly half the questions ask you to do the task and the other half ask how you would support a student doing the same task.
The total number of scored items on the official exam is 90, split evenly across the three domains (30 items each). Questions are multiple-choice with four options. There is no penalty for guessing, so always select an answer for every item. ETS publishes a free Study Companion at ETS.org that describes the domain content in detail; keep it open beside you as you work through these practice sessions.
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What the reading domain covers: You will read short passages — similar to texts you would encounter in a K–8 classroom — and answer questions about main idea, supporting details, inference, author's purpose, and vocabulary in context. Application questions ask things like: "A student is struggling to identify the main idea of this paragraph. Which strategy would you suggest?" That means you need content knowledge and classroom awareness.
Main idea vs. supporting details: The main idea is the central point the author is making; supporting details are the facts, examples, or reasons that develop it. A common error is to pick a detail that is true but too narrow. Ask yourself: does this sentence cover the whole passage, or just one part?
Inference: An inference is a conclusion you draw from evidence in the text, not a fact stated outright. Look for clues in word choice, context, and what the author implies. Avoid choices that go far beyond what the text supports.
Vocabulary in context: When a question asks what a word means "as it is used in the passage," return to the sentence and substitute each answer choice. Eliminate the one that breaks the meaning of the surrounding sentences.
Application tip: When a question describes a student's reading difficulty, think about a concrete, research-supported strategy — re-reading, using context clues, graphic organizers, or asking clarifying questions. Avoid answer choices that do the work for the student rather than building the student's skill.
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What the mathematics domain covers: The math domain spans whole numbers, fractions, decimals, percents, basic algebra, and geometry. Some questions are calculator-active and some are calculator-inactive; the Study Companion specifies which calculator types are permitted. Bring the correct type to both practice sessions and the real exam.
Whole numbers, fractions, and decimals: Expect computation, ordering, and word problems. When converting between fractions and decimals, divide the numerator by the denominator (for example, 3 ÷ 4 = 0.75). To compare fractions, convert to a common denominator or to decimal form.
Percents: Percent means "per hundred." To find a percent of a number, convert the percent to a decimal and multiply (for example, 25% of 80 = 0.25 × 80 = 20).
Basic algebra: You will evaluate expressions, solve one-step and two-step equations, and interpret simple formulas. Isolate the variable by performing inverse operations on both sides of the equation.
Geometry: Know the formulas for area and perimeter of rectangles and triangles, and the area and circumference of circles. Use 3.14 or the π key on your calculator unless the problem specifies otherwise.
Application tip: Math application questions often describe a student's computational error. Identify the likely misconception — for example, a student who adds numerators and denominators separately when adding fractions — and choose the instructional response that corrects that specific misunderstanding.
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What the writing domain covers: Writing questions test your ability to recognize and correct errors in sentence structure, grammar, punctuation, and usage. You will also answer questions about organizing and revising written text. Application questions ask how you would guide a student through the revision process.
Sentence structure: Watch for run-on sentences (two independent clauses joined without proper punctuation or a coordinating conjunction) and sentence fragments (a group of words missing a subject, a verb, or a complete thought). Correct a run-on by adding a period, a semicolon, or a comma plus a coordinating conjunction (for, and, nor, but, or, yet, so).
Grammar and usage: Subject-verb agreement requires that a singular subject takes a singular verb and a plural subject takes a plural verb. Pronoun-antecedent agreement means the pronoun must match its noun in number and gender. Watch out for collective nouns and indefinite pronouns (everyone, each, neither), which are usually singular.
Punctuation: Commas set off introductory phrases, separate items in a series, and join independent clauses with a coordinating conjunction. Apostrophes show possession or mark contractions — never use an apostrophe to form a plural.
Revision tasks: When a question asks you to improve a passage, read for clarity, logical order, and conciseness. Eliminate redundancy and vague language. Choose the revision that best preserves the author's meaning while correcting the error.
Application tip: If a writing application question describes a student draft, select the feedback that is specific and teaches a transferable rule, rather than simply rewriting the student's sentence for them.
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After each timed practice set, score your answers immediately and record every missed item on your personal error-tracking log. Note the domain, the skill (for example, "inference" or "fraction division"), and why you chose the wrong answer. Over two weeks, patterns will emerge. Prioritize the two highest-error skill areas in your study sessions before the mock exam. Students who analyze errors — not just count them — make the most consistent gains.
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While most ParaPro content is academic, remember that paraprofessionals work in school settings where student safety is always the priority. If you are ever uncertain about a procedure involving a student — physical support, medication, or emergency response — stop and consult the supervising teacher immediately. Knowing your professional boundaries is itself a tested competency: application questions may ask which action is appropriate for a paraprofessional versus one that requires the certified teacher.
Answer each question, then check it. Nothing is recorded; this is your own practice.
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