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Understanding the exact breakdown of the TEAS Test of Essential Academic Skills Combined 7 test will help you know what to expect and how to most effectively prepare. The TEAS Test of Essential Academic Skills Combined 7 has 170 multiple-choice questions . The exam will be broken down into the sections below:
| TEAS Test of Essential Academic Skills Combined 7 Exam Blueprint | |||
|---|---|---|---|
| Domain Name | |||
| Reading | |||
| Paragraph and Passage | |||
| Informational Source Comprehension |
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| Mathematics | |||
| Numbers and Operations | |||
| Measurement | |||
| Data Interpretation | |||
| Algebraic Applications |
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| Science | |||
| Scientific Reasoning | |||
| Human Body Science | |||
| Life Science | |||
| Algebraic Applications |
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| English & Language Usage | |||
| Grammar and Word Meaning In Context | |||
| Spelling and Punctuation | |||
| Structure |
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TEAS Test of Essential Academic Skills Combined 7 Study Tips by Domain
- Start with the question stem (main idea, inference, author’s purpose) and scan for the specific lines that support the answer—red flag: choices that sound true but aren’t stated or supported in the passage.
- Differentiate main idea vs. key detail: main idea summarizes the whole passage, while details support it—common trap: picking a detail (or example) as the main idea.
- For inference items, choose the option that is most strongly supported by the text, not what you believe is likely—priority rule: infer only one logical step beyond what is stated.
- Use context clues for vocabulary-in-context: check nearby sentences for contrast words (however, although) or examples—red flag: selecting the most common definition when the passage uses a specialized meaning.
- Track tone and author’s purpose (inform, persuade, entertain, explain) by noting loaded words and claims—common trap: confusing the topic (what) with the purpose (why).
- When a question asks for the best evidence/support, eliminate choices that are too broad or include information not in the passage—threshold: the correct answer must be directly verifiable in the text.
- Identify the main idea by focusing on what most sentences support; red flag: choosing a vivid detail or example as the main point.
- Use context to infer meaning and tone from surrounding sentences (not a single word); common trap: picking an option that is true but not supported by the passage.
- Track purpose and organization (compare/contrast, cause/effect, problem/solution, sequence) to predict what comes next; cue: transitions like “however,” “for example,” and “as a result” signal structure.
- For author’s claim questions, separate facts from opinions and note qualifying words (“may,” “often,” “best”); trap: answers that overgeneralize beyond the passage.
- When asked for supporting evidence, match the answer to a specific line or sentence; priority rule: if you can’t point to the text, it’s not the best choice.
- For summary questions, include only key points in logical order and omit minor details; red flag: summaries that add new information or use absolute language not used in the passage.
- Identify the author’s purpose (to inform/persuade/explain) and match it to the source type; red flag: confusing a persuasive tone in an ad/editorial with a neutral informational article.
- Use headings, subheadings, captions, and section titles to locate answers fast; common trap: pulling a detail from the wrong section because you ignored the label or figure caption.
- Interpret graphics (tables, charts, maps, diagrams) by checking units, scales, and legends first; priority rule: verify what each axis/label represents before comparing values.
- Distinguish fact from opinion and note qualifying language (e.g., “may,” “often,” “most”); red flag: treating a generalization or claim as a proven fact.
- Make inferences only when supported by multiple details in the source; common trap: adding outside knowledge or assuming “what should be true” instead of what the text shows.
- Synthesize information across two sources by finding agreements, contradictions, and scope differences; threshold cue: if sources conflict, prefer the one with clearer data, definitions, and fewer assumptions.
- Know TEAS-style order of operations (PEMDAS) and grouping symbols; red flag: missing a negative sign when distributing (e.g., −3(x−2)).
- Work confidently with fractions/decimals/percents and conversions; common trap: reversing the percent-to-decimal move (divide by 100, don’t multiply).
- Set up ratio/proportion and solve multi-step word problems by labeling units; priority rule: check unit consistency before you calculate (e.g., hours vs minutes).
- Handle basic algebra: isolate variables, combine like terms, and solve linear equations/inequalities; red flag: flipping the inequality sign when multiplying/dividing by a negative.
- Use measurement and geometry formulas (perimeter, area, volume) accurately; common trap: using radius instead of diameter (or forgetting to square units for area).
- Interpret tables/graphs and compute averages and rates; priority rule: read the axis labels and scale first to avoid misreading increments or categorical vs numerical data.
- Convert between fractions, decimals, and percents quickly; red flag: forgetting to move the decimal two places for percent conversions (e.g., 0.08 ↔ 8%).
- Apply order of operations (PEMDAS) with integers and exponents; common trap: treating a leading minus as part of an exponent (e.g., −32 ≠ (−3)2).
- Use ratio, rate, and proportion setups with consistent units; priority rule: label units in each step to avoid mixing “per” rates (e.g., miles/hour vs minutes/mile).
- Handle signed numbers and absolute value on a number line; red flag: subtracting a negative should increase the value (a − (−b) = a + b).
- Estimate and round to check reasonableness; common trap: rounding too early in multi-step problems and drifting from the correct final value.
- Work with prime factorization, GCF, and LCM for simplifying and common denominators; priority cue: use GCF to reduce fractions and LCM to add/subtract unlike fractions.
- Always convert to the same system before computing (e.g., 1 in = 2.54 cm; 1 lb = 16 oz); red flag: mixing metric and U.S. customary in one step.
- Use dimensional analysis and cancel units each line; common trap: flipping a conversion factor (e.g., multiplying by 12 ft/in instead of 12 in/ft).
- Area and volume scale nonlinearly—if a length doubles, area ×4 and volume ×8; red flag: treating a unit change as linear for squared/cubed units.
- Know key formulas and match units: perimeter (linear), area (square units), volume (cubic units); common trap: reporting cm when the question asks for cm² or cm³.
- Time and rate problems require consistent units (mph vs ft/s, min vs hr); priority rule: convert time first before using distance = rate × time.
- Estimate and check reasonableness with benchmarks (e.g., 1 L ≈ 1000 mL, 1 kg ≈ 2.2 lb); red flag: answers off by a factor of 10 from a misplaced decimal.
- When interpreting tables, first confirm units and whether values are totals vs. per-category; red flag: mixing percentages with raw counts without converting.
- For graphs, read the axis labels and scale before comparing bars/lines; common trap: a truncated y-axis exaggerates differences.
- Use percent change = (new − old) ÷ old × 100 and state increase/decrease; priority rule: pick the correct “old” baseline from the prompt.
- On mean/median/mode questions, choose median when data are skewed or have outliers; red flag: one extreme value pulls the mean away from the typical value.
- For probability and proportions from a chart, compute favorable outcomes ÷ total outcomes and simplify; common trap: using the wrong total (e.g., subgroup total instead of overall).
- When asked for a trend or inference, select only what the data directly support; contraindication: claiming causation from a correlation or from a single data point.
- Translate word problems into equations by defining a variable first; red flag: mixing up “less than” (reverses order) and “at least” (≥) vs “at most” (≤).
- Solve one- and two-step linear equations while keeping operations balanced; common trap: forgetting to distribute a negative sign across parentheses.
- Work with proportions and ratios using cross-multiplication; priority rule: confirm units match before solving (e.g., minutes vs hours) or your answer will be off by a factor.
- Convert between decimals, fractions, and percents in applied contexts; red flag: percent change uses the original value in the denominator, not the new value.
- Evaluate expressions using order of operations (PEMDAS); common trap: treating exponentiation and negation as the same (e.g., −32 ≠ (−3)2).
- Set up and solve simple linear inequalities from constraints; priority rule: when multiplying or dividing by a negative, you must flip the inequality sign.
- Designing experiments: identify the independent vs. dependent variable and the control group—red flag if a conclusion claims causation from a study that only shows correlation.
- Graph and table interpretation: read axes/units first and check trends over time—common trap is answering from the title or legend without verifying scale (e.g., per 100 mL vs. per L).
- Chemistry basics: balance equations by conserving atoms and use pH as a logarithmic scale—priority rule: each 1-unit pH change equals a 10× change in [H+].
- Biology fundamentals: connect structure to function in cells/tissues and use basic genetics terms correctly—common trap is mixing up mitosis (growth/repair) with meiosis (gametes/variation).
- Anatomy & physiology integration: relate organ systems to homeostasis (e.g., respiratory and renal roles in acid–base balance)—red flag if an answer ignores negative feedback as the usual control mechanism.
- Scientific reasoning: separate observation, hypothesis, and inference and choose the claim best supported by evidence—common trap is overgeneralizing from a small sample size or a single trial.
- Identify independent vs. dependent variables and the control group in an experiment—red flag: choosing the “control” as the group receiving the new treatment.
- Connect a hypothesis to testable, measurable outcomes—common trap: writing a conclusion or opinion (not testable) instead of a prediction that can be measured.
- Evaluate experimental design for validity by checking for one manipulated variable and consistent procedures—priority rule: if multiple variables change at once, you cannot attribute causation.
- Interpret graphs/tables by using axis labels, units, and scale before comparing values—red flag: confusing correlation on a trend line with proof of cause-and-effect.
- Apply scientific reasoning to sample size, replication, and outliers—common trap: treating a single trial or an extreme outlier as definitive evidence.
- Judge claims by distinguishing observation, inference, and conclusion—priority rule: the conclusion must be supported by the data presented, not by outside knowledge.
- Differentiate directional terms fast (anterior/posterior, medial/lateral, proximal/distal)—red flag: mixing up “proximal” and “distal” when a question references limbs.
- Know organ system functions and major organs (e.g., endocrine glands vs. exocrine)—common trap: calling the pancreas only “digestive” and forgetting its insulin/glucagon role.
- Memorize heart blood flow order (vena cavae → right heart → lungs → left heart → aorta)—priority rule: if oxygenation status is asked, pulmonary veins carry oxygenated blood.
- Link lungs to gas exchange (alveoli) and ventilation mechanics—red flag: thinking inhalation is passive; diaphragm contraction increases thoracic volume to draw air in.
- Track digestion/absorption sites—common trap: assigning most nutrient absorption to the stomach; most occurs in the small intestine (villi/microvilli).
- Understand kidney basics (nephron filtration → reabsorption → secretion)—priority rule: glucose should be reabsorbed; glucose in urine is a clinical red flag (e.g., hyperglycemia).
- Differentiate DNA vs RNA vs proteins: DNA stores code, RNA carries/uses it, proteins do the work—red flag: mixing up base pairing (DNA A–T, C–G; RNA uses U instead of T).
- Know mitosis vs meiosis outcomes: mitosis makes 2 identical diploid cells; meiosis makes 4 nonidentical haploid gametes—common trap: claiming crossing over happens in mitosis (it occurs in prophase I of meiosis).
- Use natural selection logic: variation + heritability + differential survival/reproduction—priority rule: populations evolve, not individuals (watch for questions implying individuals “adapt” within a lifetime genetically).
- Read basic genetics problems (Punnett squares): genotype vs phenotype; dominant/recessive; homozygous/heterozygous—threshold cue: use probabilities (e.g., 25% = 1 in 4) and don’t add percentages across mutually exclusive outcomes incorrectly.
- Distinguish levels of ecological organization and interactions: organism, population, community, ecosystem; predation, competition, mutualism, parasitism—red flag: confusing energy flow with matter cycling (energy flows one-way; matter recycles).
- Interpret food chains/webs and trophic levels: producers form the base; energy decreases at higher levels (often ~10% transfer)—common trap: placing decomposers as a trophic “top” level rather than organisms that recycle nutrients from all levels.
- Translate word phrases to expressions before solving: “of” means multiply and “less than” reverses order (trap: writing 5 less than x as 5 − x instead of x − 5).
- Solve one- and two-step linear equations using inverse operations; priority rule: whatever you do to one side, you must do to the other (red flag: forgetting to distribute a negative).
- Set up proportions for percent problems using part/whole = percent/100; practical cue: percent increase/decrease uses change/original, not change/new (common trap on TEAS-style items).
- Simplify and evaluate expressions with order of operations (PEMDAS); cue: parentheses include absolute value bars and fraction bars that act like grouping symbols.
- Work with exponents and roots using basic rules (e.g., aman = am+n); red flag: (a + b)2 is not a2 + b2.
- Interpret and write linear relationships from tables or context using slope = rise/run; priority rule: check units (e.g., dollars per hour) to confirm the slope makes sense.
- Match pronouns to a clear antecedent in number and person; red flag: a pronoun like “they” referring to a singular noun (or an unclear noun) in the prior sentence.
- Keep subject–verb agreement with tricky subjects (prepositional phrases, indefinite pronouns); trap: letting the noun after “of” control the verb (e.g., “A list of items are”).
- Use commas to prevent misreading—after introductory clauses and around nonessential appositives; trap: omitting the second comma in a nonessential phrase (creates a run-on feel and changes meaning).
- Avoid sentence boundary errors by fixing run-ons and fragments; cue: if you can insert a period where a comma sits, you likely need a semicolon, conjunction, or restructure.
- Choose verb tense and voice for clarity and consistency; red flag: shifting from past to present mid-paragraph without a time cue, or using passive voice that hides who did the action.
- Prefer precise word choice and correct commonly confused words; priority rule: pick the option that matches context meaning (e.g., affect/effect, its/it’s) rather than what “sounds right.”
- Use context clues (definition, example, contrast, cause/effect) to determine meaning; red flag: picking the most familiar definition instead of the one that fits the sentence’s tone and logic.
- Watch for connotation (positive/negative/neutral) even when denotation is similar; common trap: treating “slender” and “skinny” as interchangeable.
- Ensure pronoun-antecedent agreement and clarity; priority rule: if “it/they/this” could refer to more than one noun, rewrite or choose the option that removes ambiguity.
- Maintain subject-verb agreement, especially with prepositional phrases and indefinite pronouns; cue: the verb agrees with the true subject, not a noun after “of” (e.g., “A list of items is…”).
- Use correct verb tense and consistency across a sentence/paragraph; red flag: an answer choice that shifts tense without a time cue (e.g., “yesterday”, “since”, “by the time”).
- Choose the most precise word (idiom, homophone, commonly confused words); common trap: mixing up affect/effect, fewer/less, and imply/infer.
- Check commonly confused words (e.g., their/there/they’re, affect/effect); red flag: choosing based on sound instead of meaning in context.
- Use commas after introductory clauses and around nonessential appositives; common trap: skipping the second comma when inserting an interrupting phrase.
- Place apostrophes for possession (singular ’s; plural s’); red flag: using apostrophes to make plurals (“RN’s”) which is incorrect.
- Ensure subject–verb agreement, especially with indefinite pronouns (each/either/neither = singular); common trap: matching the verb to the nearest noun instead of the true subject.
- Choose the correct end punctuation and avoid run-ons; priority rule: if two independent clauses aren’t joined by a coordinating conjunction, use a period or semicolon.
- Watch capitalization and abbreviations (proper nouns, titles, acronyms); red flag: inconsistent capitalization within the same sentence or term.
- Use parallel structure in lists and paired ideas (e.g., “to assess, to plan, and to implement”); red flag: one item changes form (noun vs. verb vs. clause).
- Maintain clear modifier placement so the modifier touches what it describes; common trap: dangling modifiers (e.g., “Walking to class, the exam was started”).
- Keep subject–verb agreement, especially with prepositional phrases and collective nouns; red flag: the verb matches the nearest noun instead of the true subject (e.g., “A list of rules are”).
- Avoid sentence fragments by ensuring an independent clause (subject + finite verb) stands alone; common trap: starting with “Because/Although/When” and never completing the thought.
- Fix run-ons and comma splices by using a period, semicolon, or comma + FANBOYS; priority rule: two independent clauses cannot be joined by a comma alone.
- Ensure pronoun clarity and correct case (who/whom, I/me) to avoid ambiguity; red flag: more than one possible antecedent for “it/they/this” in the sentence.
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TEAS Test of Essential Academic Skills Combined 7 Aliases Test Name
Here is a list of alternative names used for this exam.
- TEAS Test of Essential Academic Skills Combined 7
- TEAS Test of Essential Academic Skills Combined 7 test
- TEAS Test of Essential Academic Skills Combined 7 Certification Test
- TEAS Combined 7 test
- TEAS
- TEAS
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- TEAS Test of Essential Academic Skills Combined 7 ()
- Test of Essential Academic Skills Combined 7 certification
