1.2 Content Area Breakdown
Key Takeaways
- Science is the largest section with 44 scored items (29% of the scored test); Human Anatomy & Physiology alone accounts for 18 of those.
- Reading (39 scored) splits into Key Ideas & Details, Craft & Structure, and Integration of Knowledge & Ideas.
- Mathematics (34 scored) covers Numbers & Algebra (18) and Measurement & Data (16); an on-screen four-function calculator is provided.
- English & Language Usage (33 scored) tests Conventions of Standard English, Knowledge of Language, and Vocabulary acquisition.
- The four sections weigh roughly Science 29%, Reading 26%, Math 23%, and English 22% of the scored questions.
How the Scored Items Are Distributed
Each TEAS 7 section is divided into published sub-content areas, and ATI tells you exactly how many scored items come from each one. This is enormously useful for study planning: the sub-areas with the most items deserve the most attention. The chart and tables below map every scored item so you can target your effort instead of studying everything equally.
The four sections weigh roughly Science 29%, Reading 26%, Mathematics 23%, and English & Language Usage 22% of the 150 scored questions. Note that these percentages describe the scored test; the unscored pretest items are excluded from your final percentage.
Why does ATI structure the exam this way? The content areas mirror the foundational skills a nursing student draws on daily — reading clinical orders, calculating doses, reasoning about body systems, and documenting clearly. The heavier weighting of Science reflects research showing it is the area most predictive of early nursing-school performance. Treating the published item counts as a study budget is therefore the single most effective planning move you can make.
Reading — 39 Scored Items (26%)
The Reading section measures whether you can comprehend, interpret, and integrate written material — a daily requirement in nursing, where you read charts, care plans, drug inserts, and research. It draws on both informational and occasionally literary passages, single and paired.
| Reading Sub-Content Area | Scored Items | What It Tests |
|---|---|---|
| Key Ideas & Details | 15 | Main idea, supporting details, summarizing, following directions, inference |
| Craft & Structure | 9 | Author's purpose, point of view, text structure, word meaning in context |
| Integration of Knowledge & Ideas | 15 | Evaluating arguments/evidence, comparing sources, interpreting graphics |
| Total | 39 |
Mathematics — 34 Scored Items (23%)
The Mathematics section focuses on the arithmetic, algebra, and data skills nurses use for dosage calculation, intake/output, and interpreting clinical data. A four-function on-screen calculator is available here only.
| Math Sub-Content Area | Scored Items | What It Tests |
|---|---|---|
| Numbers & Algebra | 18 | Fractions, decimals, percentages, ratios/proportions, order of operations, solving equations, word problems |
| Measurement & Data | 16 | Unit conversions (standard & metric), data from tables/graphs, basic statistics (mean, median, mode, range), geometry basics |
| Total | 34 |
Science — 44 Scored Items (29%)
Science is the largest and most heavily weighted section and the one programs scrutinize most, because it best predicts success in nursing coursework. Within it, Human Anatomy & Physiology is the single biggest sub-area on the entire exam at 18 items.
| Science Sub-Content Area | Scored Items | What It Tests |
|---|---|---|
| Human Anatomy & Physiology | 18 | Body systems: cardiovascular, respiratory, digestive, neuromuscular, endocrine, immune, reproductive, integumentary |
| Biology | 9 | Cells, macromolecules, cellular respiration, genetics/heredity |
| Chemistry | 8 | Atomic structure, the periodic table, bonding, reactions, properties of matter, acids/bases |
| Scientific Reasoning | 9 | Scientific method, experimental design, measurement tools, data interpretation |
| Total | 44 |
English & Language Usage — 33 Scored Items (22%)
The English section tests your command of standard written English, which underpins clear, accurate clinical documentation.
| English Sub-Content Area | Scored Items | What It Tests |
|---|---|---|
| Conventions of Standard English | 12 | Grammar, punctuation, spelling, sentence structure |
| Knowledge of Language | 11 | Grammar in context, formal vs. informal tone, clarity and concision |
| Vocabulary Acquisition | 10 | Word meaning from context, roots/prefixes/suffixes, affixes |
| Total | 33 |
Putting the Weights to Work
Example: Devin has 60 study hours available. Rather than splitting them evenly (15 hours each), he allocates by item count: Science 44 items → ~18 hours (with most of that on Anatomy & Physiology), Reading 39 → ~15 hours, Math 34 → ~14 hours, English 33 → ~13 hours. By weighting his time toward the largest, most-scrutinized section, he maximizes the score impact of each study hour.
The headline takeaway: Science, and Anatomy & Physiology in particular, is where points are concentrated. A candidate who masters the eight body systems and can interpret a simple experiment has already secured a large share of the highest-value items on the test.
Question Formats Within Each Section
The sub-content areas tell you what is tested; it also helps to know the formats you will encounter, which appear across all four sections. The TEAS 7 uses five item types: standard multiple choice (pick one of four), multiple select (pick all that apply — partial credit is not given), fill-in-the-blank (type a value or word), ordered response (drag items into sequence), and hot spot (click the correct region of an image, common in Anatomy & Physiology). Knowing these formats in advance prevents surprises and lets you practice each one before test day.
Which single sub-content area contributes the most scored items to the entire TEAS 7?
How many scored items does the Mathematics section contain, and what calculator is available?
Match each TEAS 7 section to its number of scored items.
Match each item on the left with the correct item on the right
The Reading sub-content area that covers evaluating arguments, comparing multiple sources, and interpreting graphics is called: