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ParaPro Assessment Study Guide

The ParaPro Assessment gives about a third of its 90 questions to each of reading, mathematics and writing, and in each subject roughly two-thirds test your own skills and one-third test using them to help a student. Because the subjects are equal, a study plan cannot be set by weight: it is set by which subject you are weakest in and by whether you have practiced the classroom questions at all. This guide restates all 53 topics in ETS's outline in plain words and sets out a three-week plan.

The outline is ETS's. It is published in the Praxis Study Companion for the ParaPro Assessment (1755), which is linked under 'What to study from' at the end of this page. The topic statements below are our own paraphrases of it. In the codes, I, II and III are the three subjects, the A topics are skills and knowledge, and the B topics are applying those skills in a classroom.

This guide is independent of ETS and is not its official study guide. ETS's own preparation documents are the Study Companion and a study-planning sheet that lists the same content categories.

The weights table below shows three equal thirds, which is accurate and not much help. The more useful count is the number of topics: 24 in mathematics, 17 in reading and 12 in writing. Mathematics has the most separate things to know, and doing them by hand is a skill many adults have not used since school.

Where the points are

The share of the exam each part of the current outline carries. Where the weights differ, study time should follow them.

DomainWeightTasks
IReading33.3%17
IIMathematics33.3%24
IIIWriting33.3%12

The ParaPro outline, task by task

IReading33.3%

Seven skills topics are about reading a passage yourself: main idea, supporting ideas, how the passage is organized, a word's meaning from context, what can be inferred, fact against opinion, and reading a table, chart or graph. Ten application topics are about helping a student read: sounding out words, splitting them into syllables and word parts, using the sentence around a word to decode it, telling synonyms, antonyms and homonyms apart, alphabetical order, prereading strategies, asking questions about a text, judging how well a student has understood, using a dictionary, and following written directions.

  • I.A.1Pick the summary or paraphrase that captures a passage's main idea or primary purpose.
  • I.A.2Pick the summary or paraphrase that captures the supporting ideas in a passage.
  • I.A.3Recognize how a passage is organized.
  • I.A.4Work out the meaning of words and phrases from their context in a passage.
  • I.A.5Infer what follows or is implied from what a passage directly states.
  • I.A.6Tell whether a statement in a passage is presented as fact or as opinion.
  • I.A.7Read and interpret tables, diagrams, charts and graphs.
  • I.B.1Help students sound out words using vowel length, consonant sounds and rhyme.
  • I.B.2Help students split words into syllables, roots, prefixes and suffixes.
  • I.B.3Help students decode a word or phrase from the surrounding sentence structure.
  • I.B.4Tell synonyms, antonyms and homonyms apart.
  • I.B.5Put words in alphabetical order.
  • I.B.6Guide students in prereading strategies such as skimming and predicting.
  • I.B.7Ask questions about a text that help students understand it.
  • I.B.8Observe accurately how well a student understands and interprets a text.
  • I.B.9Help students look things up in a dictionary.
  • I.B.10Interpret written directions correctly.

Where people lose points: On main-idea questions the wrong options are usually true statements from the passage that are too narrow: a supporting detail offered as the main point. On inference questions the answer has to follow from what the passage says, not from what you happen to know about the subject. In the application topics the terms carry the question: a synonym means the same as another word, an antonym means the opposite, and a homonym sounds or is spelled like another word but means something different; a prefix is added before a root and a suffix after it.

IIMathematics33.3%

Twenty-three skills topics and one application topic. The skills run from arithmetic with whole numbers, fractions and decimals through place value, percentages, basic exponents, order of operations and estimation, to one-step equations and number sequences, then to time, unit conversion, shapes, perimeter, area and volume, and finally to data: plotting points, reading tables and graphs, and finding the mean, median and mode. Be able to do every one of them on paper.

  • II.A.1Add, subtract, multiply and divide whole numbers, fractions and decimals.
  • II.A.2See multiplication as repeated addition and division as repeated subtraction.
  • II.A.3Read and interpret mathematical symbols such as plus and the inequality signs.
  • II.A.4Know basic terms: sum, difference, product, quotient, numerator, denominator.
  • II.A.5Place numbers in order relative to one another, for example a fraction that lies between two others.
  • II.A.6Recognize different forms that represent the same number.
  • II.A.7Use place value for whole numbers and decimals.
  • II.A.8Calculate percentages.
  • II.A.9Understand basic exponents as repeated multiplication.
  • II.A.10Apply the order of operations: parentheses, exponents, multiplication, division, addition, subtraction.
  • II.A.11Estimate answers with mental math.
  • II.A.12Solve word problems.
  • II.A.13Solve one-step linear equations in a single variable.
  • II.A.14Find the next term in a number sequence.
  • II.A.15Express time in more than one way, including converting between analog and digital forms.
  • II.A.16Convert between units within one measurement system, such as inches to feet or centimetres to metres.
  • II.A.17Identify basic geometric shapes, such as types of triangles and polygons.
  • II.A.18Compute perimeter, area and volume for basic shapes.
  • II.A.19Plot data on an xy-coordinate plane.
  • II.A.20Interpret information shown in tables, charts and graphs.
  • II.A.21Describe trends over time from a table, chart or graph of time-related data.
  • II.A.22Build simple tables, charts and graphs.
  • II.A.23Calculate the mean, median and mode of a data set.
  • II.B.1Apply the math skills above in a classroom setting or in support of classroom instruction.

Where people lose points: Order of operations: multiplication and division are worked left to right as they come, and so are addition and subtraction, so 12 ÷ 3 × 2 is 8 and not 2. Mean, median and mode get swapped under time pressure: the mean is the total divided by the count, the median is the middle value once the numbers are in order, and the mode is the most frequent. Perimeter is the distance around a shape and area is the surface inside it. And do not skip the single application topic, II.B.1. It is one line in the outline, but ETS gives about a third of the math questions to classroom application, and those questions typically show a student's working and ask where it went wrong.

IIIWriting33.3%

Six skills topics ask you to spot an error in grammar, word usage, punctuation or spelling, and to name the parts of a sentence and the parts of speech. Six application topics follow the writing process a student goes through: prewriting to generate and organize ideas, choosing reference materials, drafting and revising, editing, writing for a particular purpose and audience, and recognizing the different modes of writing such as descriptive, persuasive and narrative.

  • III.A.1Spot basic grammatical errors in standard written English.
  • III.A.2Spot errors in word usage, such as commonly confused words.
  • III.A.3Spot punctuation errors.
  • III.A.4Identify the parts of a sentence, such as subject and verb or predicate.
  • III.A.5Identify parts of speech: nouns, verbs, pronouns, adjectives, adverbs and prepositions.
  • III.A.6Spot spelling errors.
  • III.B.1Help students use prewriting, including freewriting and outlining, to generate and organize ideas.
  • III.B.2Choose and use suitable reference materials.
  • III.B.3Help students draft and revise: thesis statements, focused and organized paragraphs, and conclusions.
  • III.B.4Edit writing for clarity, grammar, run-ons and fragments, punctuation and spelling.
  • III.B.5Help students write for different purposes and audiences, with fitting language and a clear position.
  • III.B.6Recognize and write in different modes and forms, such as descriptive, persuasive, narrative and letter writing.

Where people lose points: The skills questions ask you to find the error, not to rewrite the sentence, so practice deciding what kind of error it is: agreement, tense, a confused word, a missing or extra comma, a spelling. Commonly confused words are a topic of their own: their, there and they're; its and it's; affect and effect. In the application topics, keep the stages of writing apart. Prewriting produces ideas, drafting gets them onto the page, revising changes content and organization, and editing fixes sentences. A question describes a student at one stage, and the right answer is the help that fits that stage, not the one after it.

A study plan

  1. Before you start

    Ask your district what its qualifying score is, then take the free 25-question diagnostic without studying. It covers the three subjects in the test's proportions. Whichever subject comes out weakest goes into week 1. The order below assumes that is mathematics; swap the weeks around if it is not.

  2. Week 1: mathematics, by hand

    Work through the number topics first: whole numbers, fractions, decimals, place value, percentages, exponents and order of operations. Then equations and sequences, then measurement and geometry, then data. Do every problem on paper before you look at the explanation. Three or four topics a day covers all 23 skills topics in a week.

  3. Week 2: writing, then the reading application topics

    Start with the six error-spotting and sentence topics, and write out the pairs of words you confuse. Then the six writing-process topics. In the second half of the week, take the ten reading application topics (I.B): the vocabulary of sounding out, syllables and word parts is quick to learn, and these topics account for about a third of the reading questions.

  4. Week 3: passages, classroom questions, and one full sitting

    Practice the passage skills in timed sets, then do mixed sets of only classroom-application questions from all three subjects. Finish with one full-length sitting: 90 questions in 2 hours 30 minutes, one clock, no notes. Note where the time went as well as what you missed.

  5. The last two days

    Go back over the questions you missed in the full sitting and the topics they belong to. Do not start anything new. If you are testing at home, check your room and equipment against ETS's requirements now rather than on the morning.

The free ParaPro diagnostic is being prepared and is not open yet. The exam facts and the content outline on this page are current.

How long to study

ETS sets no study period and no prerequisite. Three weeks at about an hour a day is a reasonable plan for someone whose diagnostic shows real gaps in one subject. If the diagnostic is strong across all three, a week spent on the classroom-application topics and one timed sitting may be all you need. If fractions and percentages have gone entirely, give mathematics two weeks instead of one.

ETS allows one retake as soon as you like, and after that two more following a 7-day wait. That is a safety net, not a study method: every attempt is another appointment to arrange.

How to study the classroom-application questions

About a third of each subject asks what would help a student, and these questions reward a particular habit. Read the scenario and say, before you look at the options, what the student's actual difficulty is: the specific word they cannot decode, the step in the sum where the error enters, the stage of writing they are at. The right option is nearly always the one that addresses that specific difficulty. The wrong ones are generally sensible things to do in a classroom that do not address it.

In tutor mode on this site every option comes with its reason, including the wrong ones. For these questions the reasons for the wrong options are the lesson.

Prepare to do the math without a calculator

ETS's ParaPro information bulletin lists calculators among the prohibited aids on test day, and nothing we read from ETS describes an on-screen calculator for this test, so every topic has to be workable by hand. Estimation is on the outline in its own right (topic II.A.11), and it is also the fastest check on an answer: if the options are far apart, a rough figure is often enough to choose between them.

Question formats to expect

Most questions have four choices and one answer. ETS notes two exceptions: some questions ask you to select more than one choice, and some ask you to type a number instead of choosing one. On a select-more-than-one question, judge each choice separately as true or false instead of looking for a single best answer. On a numeric-entry question there are no options to check your working against, which is one more reason to practice the arithmetic by hand.

What score to aim for

The one your state or district requires. ETS does not set a qualifying score, the numbers differ from place to place, and we do not publish a target percentage because it would be made up. Get the number from your district first, and use practice results to find weak topics, not to predict a score.

What to study from

These are the sources the questions in the bank cite. The outline in force is the The Praxis Study Companion: ParaPro Assessment (1755), PDF dated March-April 2024.

ParaPro study guide: common questions

Is this ParaPro study guide free?

Yes. Everything on this page is free, and so is the 25-question diagnostic, which needs no account. The paid pass adds the full question bank, timed practice and full-length mock exams.

Is this the official ETS ParaPro Assessment study guide?

No. This is an independent guide. ETS's own documents are the Praxis Study Companion for the ParaPro Assessment (1755) and a study-planning sheet; the Study Companion is linked in the references on this page and is the source of the outline used here.

What is on the ParaPro Assessment?

Reading, mathematics and writing, about 30 questions each out of 90. ETS's outline lists 17 reading topics, 24 mathematics topics and 12 writing topics, split in each subject between skills and knowledge and classroom application.

How long should I study for the ParaPro Assessment?

There is no required period. About three weeks at an hour a day suits most people with a gap in one subject; less if your diagnostic is strong, more if the math needs rebuilding from fractions up.

What math is on the ParaPro Assessment?

Arithmetic with whole numbers, fractions and decimals; place value, percentages, basic exponents, order of operations and estimation; word problems, one-step equations and number sequences; time, unit conversion, shapes, perimeter, area and volume; and reading and building tables and graphs, with mean, median and mode.

Which subject should I study first?

Your weakest, as shown by a diagnostic. If you have no result to go on, start with mathematics: it has the most topics, 24 of the 53, and arithmetic done by hand tends to fade when it is not used.

ParaPro Assessment and Praxis® are trademarks of Educational Testing Service (ETS). This site is an independent study resource and is not affiliated with, endorsed by, or sponsored by ETS. Practice questions here are original and are not actual ParaPro questions.