TEAS Test Question Types Explained: Every Format You'll See on Exam Day

Walking into the TEAS without knowing what types of questions you'll face is like showing up to a job interview without knowing what the company does. Sure, you might survive — but you'll perform far better if you know exactly what's coming. The ATI TEAS 7 uses several distinct question formats across its four sections, and understanding these formats before exam day gives you a significant strategic advantage.

This guide breaks down every question type you'll encounter on the TEAS, organized by section, with real examples and specific strategies for handling each format. By the time you finish reading this, nothing on exam day will surprise you.

TEAS Exam Structure at a Glance

The TEAS 7 consists of 170 questions spread across four sections, with a total testing time of 209 minutes. Here's the breakdown:

• Reading: 45 questions in 55 minutes (about 1.2 minutes per question)
• Math: 38 questions in 57 minutes (about 1.5 minutes per question)
• Science: 50 questions in 60 minutes (about 1.2 minutes per question)
• English and Language Usage: 37 questions in 37 minutes (exactly 1 minute per question)

All questions are multiple-choice with four answer options (A, B, C, D). There are no essays, short-answer responses, or fill-in-the-blank questions. However, within the multiple-choice format, there are several distinct question styles that require different approaches.

Reading Section Question Types

The Reading section tests your ability to comprehend, analyze, and evaluate written passages. You'll encounter three main categories of questions:

Passage-Based Comprehension Questions

These are the most common question type in the Reading section. You'll read a passage of 150–400 words and then answer 3–6 questions about it. The passages cover diverse topics: healthcare scenarios, scientific articles, historical narratives, opinion editorials, and instructional texts. Within this format, you'll see several sub-types:

• Main idea questions: "What is the primary purpose of this passage?" or "Which title best summarizes the passage?" Strategy: Read the first and last paragraphs carefully — the main idea is almost always stated there.
• Detail/fact-finding questions: "According to the passage, which of the following is true?" Strategy: Scan for specific keywords from the answer choices and locate the supporting sentence.
• Inference questions: "Based on the passage, it can be inferred that..." Strategy: The correct answer is always supported by textual evidence. Eliminate options that require outside knowledge or wild leaps of logic.
• Vocabulary-in-context questions: "As used in line 7, the word 'acute' most nearly means..." Strategy: Substitute each answer choice into the sentence and see which one preserves the original meaning.
• Author's purpose and tone questions: "The author's tone in this passage is best described as..." Strategy: Look for adjectives and word choices that reveal attitude — words like "unfortunately" signal bias, while "data suggests" signals objectivity.

Information Source and Integration Questions

These questions test your ability to interpret non-prose information: charts, graphs, tables, maps, nutrition labels, medication instructions, and other visual/data-based sources. They are unique because you're not reading a traditional passage — you're extracting information from a graphic or document.

• Chart/graph interpretation: "Based on the bar graph, which month had the highest patient admissions?" Strategy: Read all axis labels and the legend before looking at the data points.
• Table reading: "According to the table, what is the recommended dosage for a patient weighing 150 lbs?" Strategy: Use your finger or cursor to track across rows and down columns to avoid misreading.
• Comparing sources: "How does the information in Source 1 differ from Source 2?" Strategy: Identify the claim in each source first, then compare. Don't get distracted by shared details.
• Following instructions: You may be given a set of directions (like medication administration steps) and asked about the correct order or what happens at a specific step.

Logical Reasoning and Text Structure Questions

A smaller subset of Reading questions tests your ability to analyze how a text is organized and evaluate arguments:

• Text structure: "The passage is primarily organized using which pattern?" — common structures include cause/effect, compare/contrast, chronological order, and problem/solution
• Argument evaluation: "Which of the following would weaken the author's argument?" Strategy: Identify the author's central claim first, then find the option that contradicts it.
• Fact vs. opinion: "Which of the following statements from the passage is an opinion?" Strategy: Facts can be verified; opinions contain judgment words (best, should, important).

Math Section Question Types

The Math section focuses on practical, real-world mathematics — the kind of math you'll use in nursing. A basic four-function calculator is provided on-screen for this section. Here are the question types you'll encounter:

Arithmetic and Number Operations

These questions test your ability to work with numbers in various forms:

• Fraction operations: Adding, subtracting, multiplying, and dividing fractions and mixed numbers. Example: "A patient drinks 3/4 of a cup in the morning and 2/3 of a cup in the evening. How much total fluid was consumed?"
• Decimal and percentage conversions: Converting between fractions, decimals, and percentages. Example: "Express 0.375 as a fraction in simplest form."
• Ratio and proportion: Setting up and solving proportions. Example: "If the medication ratio is 250 mg per 5 mL, how many mL are needed for a 400 mg dose?"
• Order of operations: Questions that require careful application of PEMDAS. These often include nested parentheses or exponents.

Algebra and Equation Solving

Algebra on the TEAS is foundational — you won't see quadratic equations or systems of equations, but you will see:

• Solving for a single variable: "If 3x + 7 = 22, what is x?" Strategy: Isolate the variable step by step.
• Word problems translated to equations: "A nurse works 3 shifts of equal length totaling 36 hours. How long is each shift?" Strategy: Identify what the unknown represents and build the equation from the words.
• Inequalities: "If 2x - 5 > 11, which values of x are solutions?" These follow the same rules as equations, with one exception: flip the inequality sign when multiplying or dividing by a negative number.

Data Interpretation and Statistics

These questions give you data in a table, chart, or graph and ask you to perform calculations or draw conclusions:

• Mean, median, and mode: "What is the average patient wait time based on the data below?" Know the difference: mean = sum divided by count, median = middle value when sorted, mode = most frequent value.
• Range and basic statistics: "What is the range of the data set?" Range = highest value minus lowest value.
• Graph reading: "Based on the line graph, between which two years did enrollment increase the most?" Strategy: Compare the slopes (steepness) of each segment.
• Probability: Basic probability questions like "If a bag contains 3 red and 7 blue marbles, what is the probability of drawing a red marble?" Probability = desired outcomes / total outcomes.

Measurement and Unit Conversions

• Metric conversions: Converting between milligrams, grams, kilograms; milliliters and liters. Strategy: Know the metric prefixes — kilo (1000), centi (1/100), milli (1/1000).
• Time conversions: Converting between hours, minutes, and seconds, or 12-hour and 24-hour (military) time.
• Temperature: Converting between Fahrenheit and Celsius. Formula: °F = (°C × 9/5) + 32.
• Geometry basics: Perimeter, area, and volume of common shapes (rectangles, circles, rectangular prisms). Know the formulas — they are not provided.

Science Section Question Types

The Science section is the largest (50 questions) and covers the broadest range of content. Questions fall into these categories:

Human Anatomy and Physiology

This is the single most heavily tested topic on the entire TEAS exam. Expect 20–25 questions on body systems:

• Structure and function: "Which chamber of the heart pumps oxygenated blood to the body?" These require memorization of organ functions and system components.
• Process sequences: "Place the following steps of digestion in the correct order." Strategy: Create mnemonics or visual flowcharts for major processes (blood flow through the heart, nerve impulse transmission, urine formation).
• System interactions: "How do the respiratory and circulatory systems work together during gas exchange?" These questions test your understanding of how systems are connected.
• Pathology basics: "Which condition results from insufficient insulin production?" You may see a few questions linking anatomy to common diseases.

Biology and Life Science

Expect 10–15 questions on cellular and molecular biology:

• Cell structure: "What is the function of the mitochondria?" Know the key organelles and their roles.
• Cell division: Questions about mitosis (for growth/repair) vs. meiosis (for gamete production), including the stages and chromosome counts.
• Genetics: Basic Mendelian genetics — dominant/recessive traits, Punnett squares, genotype vs. phenotype.
• DNA and protein synthesis: The central dogma (DNA → RNA → Protein), basic structure of DNA, and the role of ribosomes.

Chemistry Fundamentals

• Atomic structure: Protons, neutrons, electrons, atomic number, mass number. "An element has 8 protons and 10 neutrons. What is its mass number?"
• Chemical bonds: Ionic vs. covalent bonds, and when each forms. Strategy: Ionic = metal + nonmetal (electron transfer); covalent = nonmetal + nonmetal (electron sharing).
• pH and solutions: Understanding the pH scale, acids vs. bases, and buffer systems. "A solution with a pH of 3 is classified as..."
• States of matter and phase changes: Solid, liquid, gas, and the energy changes during transitions.

Scientific Reasoning and Experimental Design

• Variable identification: "In an experiment testing whether sunlight affects plant growth, what is the independent variable?" Know the difference between independent (what you change), dependent (what you measure), and controlled (what stays the same) variables.
• Hypothesis evaluation: "Which hypothesis is testable?" A good hypothesis is specific, measurable, and falsifiable.
• Data analysis: Reading experimental results from tables or graphs and drawing valid conclusions.
• Scientific method steps: Observation → Question → Hypothesis → Experiment → Analysis → Conclusion

English and Language Usage Question Types

The English section is the shortest (37 questions in 37 minutes) but requires fast, accurate responses. Every question tests one of these areas:

Grammar and Sentence Structure

• Subject-verb agreement: "The team of nurses (is/are) preparing for the shift." The subject is "team" (singular), so the answer is "is."
• Pronoun-antecedent agreement: "Each student must submit (his or her/their) assignment." Know the rules for singular and plural pronouns.
• Sentence fragments and run-ons: Identify incomplete sentences and improperly joined independent clauses.
• Parallel structure: "The nurse is responsible for assessing patients, administering medication, and (to document/documenting) care." All items in a list must follow the same grammatical form.

Punctuation and Mechanics

• Comma usage: After introductory elements, in compound sentences, in series, with nonessential clauses. "After reviewing the chart, the nurse administered the medication."
• Semicolons: Used to join two related independent clauses without a conjunction. "The patient's fever broke; she was discharged the next morning."
• Apostrophes: Contractions (it's = it is) vs. possession (the patient's chart). The most commonly tested punctuation mark.
• Quotation marks and colons: Less frequent but still testable. Know when to use each.

Vocabulary and Word Usage

• Context clues: Determining the meaning of an unfamiliar word from surrounding text. Strategy: Look for synonyms, antonyms, or definitions within the same sentence.
• Word roots, prefixes, and suffixes: "The prefix 'hyper-' means..." Knowing common medical roots (cardio-, neuro-, hemo-, -itis, -ology) gives you a huge advantage.
• Commonly confused words: affect/effect, then/than, accept/except, compliment/complement, principal/principle. These appear almost every exam.
• Formal vs. informal language: Identifying which word choice is appropriate for academic or professional writing.

Strategies That Work Across All Question Types

Regardless of the section or question format, these universal strategies will help you maximize your score:

• Process of elimination: On every question, cross out answers you know are wrong before selecting your answer. Even eliminating one option improves your odds from 25% to 33%.
• Time management: Keep a mental clock running. If you've spent more than 90 seconds on a question, flag it and move on. Come back to flagged questions after finishing the section.
• Read every option: Don't select the first answer that looks right. Read all four choices — "best answer" questions sometimes have two options that seem correct, but one is clearly better.
• Watch for absolutes: Answer choices containing words like "always," "never," "all," or "none" are usually wrong. Real-world science and medicine rarely deal in absolutes.
• Trust the passage: For Reading and Science questions, the answer is in the text. Don't bring in outside knowledge that contradicts what the passage says.

Put Your Knowledge to the Test

Now that you know every question type on the TEAS, the best next step is to practice with realistic questions that mirror the actual exam format. Familiarity with the question styles reduces surprise, lowers anxiety, and lets you focus your mental energy on the content rather than the format.

Knowing the question types is your secret weapon. When you sit down on exam day and see a passage-based inference question or a ratio word problem, you won't waste time figuring out what's being asked — you'll go straight to applying the strategy you've practiced. That confidence is the difference between students who score well and students who score great.