Are flashcards effective for the PSAT?

Yes. Flashcards use active recall — retrieving an answer from memory — which research shows is one of the most effective study methods, especially in short, spaced sessions. Because the PSAT rewards instant recall of grammar rules, math formulas, and reading skills, the cards are an efficient way to make that knowledge automatic.

What topics do the PSAT flashcards cover?

All eight content domains: the Reading and Writing skills (central ideas, command of evidence, words in context, transitions, punctuation, and grammar) and the Math content (slope and systems, quadratics and exponentials, percentages and statistics, and geometry and trig), plus PSAT/NMSQT test mechanics and the National Merit Selection Index.

How should I study with these PSAT flashcards?

Lead with the highest-weighted domains — Algebra and Advanced Math in the Math section, and Craft and Structure, Information and Ideas, and Standard English Conventions in Reading and Writing. Mix the modes: flip to learn, type to test recall, match for speed, and quiz to check yourself before working full practice questions.

Are the PSAT flashcards free?

Yes — 100% free, all four study modes, no paywall.

Do these flashcards match the current digital PSAT?

Yes. The cards are organized to the College Board's digital PSAT/NMSQT content domains and reflect the current adaptive, two-module format and the 320–1520 score scale. Because the PSAT shares the SAT framework, the cards double as SAT review.

The main point a passage makes — the claim every sentence supports; broader than any one detail but never beyond what the text says.

A specific fact, example, or statement in a passage that backs up the central idea; a detail question asks for one stated fact, not the main point.

Identifying the textual quotation or quantitative data point that best supports a given claim or conclusion.

A specific quotation or line from a passage that supports a claim; the right choice must directly back the claim, not just be true.

Quantitative evidence

A value read from a graph or table that supports a claim; check axis labels and units before choosing.

A logical conclusion a passage implies but does not state outright; the correct inference is the one the text most strongly supports.

The main idea is the overall point of a passage; a detail is one specific piece of information that supports it.

Reading for the claim

Pinning down exactly what a passage argues before evaluating answer choices, so each choice is judged against the text's actual point.

Two-way table (reading)

A data display crossing two categories; read the correct row and column, and watch for 'given that' conditional wording.

Eliminating unsupported choices

Crossing out any answer that needs information the passage never gives — a key move on inference and evidence questions.

The overall direction a graph shows (rising, falling, steady); evidence answers must match the trend actually displayed.

Conclusion (Information & Ideas)

The logical endpoint a passage's information leads to; choose the conclusion the text best supports, not the most dramatic one.

Choosing the word or phrase that best completes a passage based on the surrounding meaning, tone, and logic — not the dictionary definition.

The emotional or tonal shade of a word beyond its literal meaning; a synonym with the wrong connotation is still wrong in context.

Covering the choices and predicting your own word first, then picking the closest match — the best Words in Context strategy.

Text Structure & Purpose

Why an author wrote a passage and how each part functions — whether a line states a claim, gives an example, or qualifies.

The reason a writer includes a passage or line — to inform, persuade, illustrate, contrast, or qualify; name the role before checking choices.

Cross-Text Connections

A question pairing two short passages on one topic, asking how their authors relate — does Text 2 support, challenge, or extend Text 1?

An author's stance or attitude toward the subject; cross-text questions require pinning down each author's viewpoint separately.

The author's attitude conveyed through word choice — e.g., cautious, critical, enthusiastic, ambivalent; supported only by the text.

A comparison using 'like' or 'as' — 'fierce like a lion.'

A direct comparison without 'like' or 'as,' stating one thing is another — 'a heart of stone.'

Deliberate exaggeration for emphasis or effect, not meant to be taken literally.

An object, person, or image that stands for a larger idea — e.g., an old diary representing memory or the past.

Hints or clues an author plants that suggest an event will happen later in the text.

Using the same grammatical form for items in a series — 'reading, writing, and playing music' — for clarity and emphasis.

An Expression of Ideas task: combine bulleted notes into one sentence that meets a stated goal (emphasize a contrast, introduce a topic).

Stated goal (synthesis)

The specific purpose a rhetorical-synthesis question gives; read it first, then pick the sentence that actually accomplishes it.

A word or phrase (however, therefore, for example) signaling the logical relationship between ideas — contrast, cause, addition, or example.

furthermore, moreover, in addition, also — signal that the next idea adds to the previous one.

however, nevertheless, on the other hand, conversely — signal that the next idea opposes the previous one.

Cause/effect transitions

therefore, thus, consequently, as a result — signal that the next idea is a result of the previous one.

for example, for instance, specifically — signal that an illustration of the previous idea follows.

first, next, finally, subsequently — signal the order of steps or events.

Expressing an idea in as few words as needed without losing meaning; the PSAT rewards the most concise correct choice.

Using a contrast word where the ideas actually agree, or 'for example' where no example follows — name the relationship yourself first.

A group of words with a subject and verb that can stand alone as a complete sentence.

A clause with a subject and verb that cannot stand alone (often starting with because, although, when); it needs an independent clause.

Joining two independent clauses with only a comma — an error; fix with a period, semicolon, or comma plus a conjunction.

Joins two complete, related sentences with no conjunction; can replace a period between closely linked independent clauses.

The coordinating conjunctions — for, and, nor, but, or, yet, so; a comma + FANBOYS can join two independent clauses.

Introduces a list or explanation after a complete sentence — 'three items: a book, a pen, and a key.'

Subject-verb agreement

A verb must match its subject in number; ignore words between them and match the true subject ('the list of items is long').

A pronoun must match its antecedent in number — a company is 'it,' not 'they.'

Verb tense consistency

Keeping verb tense consistent with the passage's timeline unless the meaning requires a shift.

Your FREE PSAT Flashcards 2026 – 100+ Cards

Q: How many PSAT flashcards are there?

Over a hundred free PSAT/NMSQT flashcards, organized across all eight digital PSAT content domains — the four Reading and Writing domains (Information and Ideas, Craft and Structure, Expression of Ideas, Standard English Conventions) and the four Math domains (Algebra, Advanced Math, Problem-Solving and Data Analysis, Geometry and Trigonometry), plus test mechanics and National Merit. They're free with no account required.

Realistic, digital PSAT-style flashcards across all eight content domains — flip, match, type, and quiz yourself.

How well do you know them?

PSAT Flashcards

Central idea: The main point a passage makes — the claim every sentence supports; broader than any one detail but never beyond what the text says.
Supporting detail: A specific fact, example, or statement in a passage that backs up the central idea; a detail question asks for one stated fact, not the main point.
Command of evidence: Identifying the textual quotation or quantitative data point that best supports a given claim or conclusion.
Textual evidence: A specific quotation or line from a passage that supports a claim; the right choice must directly back the claim, not just be true.
Quantitative evidence: A value read from a graph or table that supports a claim; check axis labels and units before choosing.
Inference: A logical conclusion a passage implies but does not state outright; the correct inference is the one the text most strongly supports.
Main idea vs. detail: The main idea is the overall point of a passage; a detail is one specific piece of information that supports it.
Reading for the claim: Pinning down exactly what a passage argues before evaluating answer choices, so each choice is judged against the text's actual point.
Two-way table (reading): A data display crossing two categories; read the correct row and column, and watch for 'given that' conditional wording.
Eliminating unsupported choices: Crossing out any answer that needs information the passage never gives — a key move on inference and evidence questions.
Trend (data passage): The overall direction a graph shows (rising, falling, steady); evidence answers must match the trend actually displayed.
Conclusion (Information & Ideas): The logical endpoint a passage's information leads to; choose the conclusion the text best supports, not the most dramatic one.
Words in Context: Choosing the word or phrase that best completes a passage based on the surrounding meaning, tone, and logic — not the dictionary definition.
Connotation: The emotional or tonal shade of a word beyond its literal meaning; a synonym with the wrong connotation is still wrong in context.
Predict-then-match: Covering the choices and predicting your own word first, then picking the closest match — the best Words in Context strategy.
Text Structure & Purpose: Why an author wrote a passage and how each part functions — whether a line states a claim, gives an example, or qualifies.
Author's purpose: The reason a writer includes a passage or line — to inform, persuade, illustrate, contrast, or qualify; name the role before checking choices.
Cross-Text Connections: A question pairing two short passages on one topic, asking how their authors relate — does Text 2 support, challenge, or extend Text 1?
Point of view: An author's stance or attitude toward the subject; cross-text questions require pinning down each author's viewpoint separately.
Tone: The author's attitude conveyed through word choice — e.g., cautious, critical, enthusiastic, ambivalent; supported only by the text.
Simile: A comparison using 'like' or 'as' — 'fierce like a lion.'
Metaphor: A direct comparison without 'like' or 'as,' stating one thing is another — 'a heart of stone.'
Hyperbole: Deliberate exaggeration for emphasis or effect, not meant to be taken literally.
Symbol: An object, person, or image that stands for a larger idea — e.g., an old diary representing memory or the past.
Foreshadowing: Hints or clues an author plants that suggest an event will happen later in the text.
Parallel structure: Using the same grammatical form for items in a series — 'reading, writing, and playing music' — for clarity and emphasis.
Rhetorical synthesis: An Expression of Ideas task: combine bulleted notes into one sentence that meets a stated goal (emphasize a contrast, introduce a topic).
Stated goal (synthesis): The specific purpose a rhetorical-synthesis question gives; read it first, then pick the sentence that actually accomplishes it.
Transition: A word or phrase (however, therefore, for example) signaling the logical relationship between ideas — contrast, cause, addition, or example.
Addition transitions: furthermore, moreover, in addition, also — signal that the next idea adds to the previous one.
Contrast transitions: however, nevertheless, on the other hand, conversely — signal that the next idea opposes the previous one.
Cause/effect transitions: therefore, thus, consequently, as a result — signal that the next idea is a result of the previous one.
Example transitions: for example, for instance, specifically — signal that an illustration of the previous idea follows.
Sequence transitions: first, next, finally, subsequently — signal the order of steps or events.
Conciseness: Expressing an idea in as few words as needed without losing meaning; the PSAT rewards the most concise correct choice.
Transition trap: Using a contrast word where the ideas actually agree, or 'for example' where no example follows — name the relationship yourself first.
Independent clause: A group of words with a subject and verb that can stand alone as a complete sentence.
Dependent clause: A clause with a subject and verb that cannot stand alone (often starting with because, although, when); it needs an independent clause.
Comma splice: Joining two independent clauses with only a comma — an error; fix with a period, semicolon, or comma plus a conjunction.
Semicolon: Joins two complete, related sentences with no conjunction; can replace a period between closely linked independent clauses.
FANBOYS: The coordinating conjunctions — for, and, nor, but, or, yet, so; a comma + FANBOYS can join two independent clauses.
Colon: Introduces a list or explanation after a complete sentence — 'three items: a book, a pen, and a key.'
Subject-verb agreement: A verb must match its subject in number; ignore words between them and match the true subject ('the list of items is long').
Pronoun agreement: A pronoun must match its antecedent in number — a company is 'it,' not 'they.'
Verb tense consistency: Keeping verb tense consistent with the passage's timeline unless the meaning requires a shift.
Dangling/misplaced modifier: An opening modifier that does not describe the noun right after the comma; fix by putting the modified noun first — 'Walking to school, the students...'
Sentence fragment: A group of words punctuated as a sentence but missing a subject, a verb, or a complete thought; fix by attaching it to an independent clause.
Run-on sentence: Two independent clauses joined with no punctuation or conjunction; fix with a period, semicolon, or comma + FANBOYS.
Its vs. it's: 'Its' is possessive (the dog wagged its tail); 'it's' means 'it is' or 'it has.'
Their / there / they're: 'Their' = possessive; 'there' = a place; 'they're' = they are.
Apostrophe (possession): Shows possession (the student's book) or a contraction (don't); not used to make a noun plural.
Punctuating dialogue: Place the comma or period inside the closing quotation mark — 'I will go,' said John.
Nonessential information: Detail that can be removed without changing the core meaning; set it off with a pair of commas, dashes, or parentheses.
Slope: The steepness of a line: change in y divided by change in x (rise over run). In y = mx + b, slope is m.
Slope-intercept form: y = mx + b, where m is the slope and b is the y-intercept (where the line crosses the y-axis).
Slope between two points: m = (y2 − y1) ÷ (x2 − x1), the change in y over the change in x.
y-intercept: The point where a line crosses the y-axis; in y = mx + b it is b, the value of y when x = 0.
Parallel lines (slopes): Lines with equal slopes; they never intersect.
Perpendicular lines (slopes): Lines whose slopes are negative reciprocals (their product is −1); they meet at a right angle.
System of equations: Two or more equations solved together; the solution is the point that satisfies all of them — where the graphs intersect.
Substitution method: Solve one equation for a variable, then substitute that expression into the other equation.
Elimination method: Add or subtract the equations of a system to cancel one variable, then solve for the other.
System with no solution: Occurs when the lines are parallel — same slope, different y-intercept; they never cross.
System with infinite solutions: Occurs when the two equations are multiples of each other — the same line; every point satisfies both.
Inequality sign flip: When you multiply or divide both sides of an inequality by a negative number, reverse the inequality sign.
Linear equation: An equation whose graph is a straight line, expressible as y = mx + b; it changes by a constant amount per step.
Solving a one-variable equation: Isolate the variable by doing the same operation to both sides — e.g., 3x + 7 = 22 gives 3x = 15, so x = 5.
Absolute value equation: |A| = b (b ≥ 0) means A = b or A = −b — two cases; |A| = (negative) has no solution.
Quadratic equation: An equation of the form ax² + bx + c = 0; solve by factoring, completing the square, or the quadratic formula.
Quadratic formula: x = (−b ± √(b² − 4ac)) ÷ (2a), which solves any quadratic ax² + bx + c = 0.
Discriminant: b² − 4ac inside the quadratic formula; positive = two real solutions, zero = one, negative = none.
Factoring a quadratic: Writing ax² + bx + c as a product of binomials; if it factors cleanly, factoring is faster than the formula.
Sum and product of roots: For ax² + bx + c = 0, the roots sum to −b/a and multiply to c/a.
Parabola: The U-shaped graph of a quadratic; its vertex is the maximum or minimum point.
Vertex of a parabola: The highest or lowest point of a quadratic's graph; the axis of symmetry passes through it at x = −b/(2a).
Exponential function: y = a · bˣ, where a is the starting value and b is the growth (b > 1) or decay (0 < b < 1) factor; changes by a constant percent.
Exponential growth vs. decay: Growth factor b > 1 (e.g., 5% growth makes b = 1.05); decay factor 0 < b < 1 (e.g., 5% decay makes b = 0.95).
Linear vs. exponential: Linear adds a constant amount each step; exponential multiplies by a constant percent each step.
Function notation: Writing a rule as f(x); f(3) means evaluate the function at x = 3.
Difference of squares: a² − b² = (a + b)(a − b).
Perfect square trinomial: (a + b)² = a² + 2ab + b²; (a − b)² = a² − 2ab + b².
Exponent product rule: xᵐ · xⁿ = xᵐ⁺ⁿ — add exponents when multiplying powers of the same base.
Exponent power rule: (xᵐ)ⁿ = xᵐⁿ — multiply exponents when raising a power to a power.
Negative exponent: x⁻ⁿ = 1 ÷ xⁿ — a negative exponent means reciprocal.
Rational equation: An equation with a variable in a denominator; solve by clearing fractions, then check for excluded values that make a denominator zero.
Polynomial: A sum of terms each with a variable raised to a whole-number power; degree is the highest exponent.
Percent change: Change ÷ original value × 100; always divide by the starting amount, not the new one.
Percent increase shortcut: To increase a number by 25%, multiply by 1.25; to decrease by 25%, multiply by 0.75.
Ratio: A comparison of two quantities (5 to 2); set up a proportion to scale it up or down.
Proportion: An equation stating two ratios are equal; cross-multiply to solve for the unknown.
Unit rate: A rate expressed per single unit — e.g., $3.00 for 12 oz is $0.25 per ounce.
Mean: The average: the sum of values divided by how many there are; sensitive to outliers.
Median: The middle value of an ordered data set; unlike the mean, it resists outliers.
Mode: The value that appears most often in a data set.
Range (statistics): The difference between the maximum and minimum values in a data set.
Standard deviation: A measure of how spread out data is around the mean; a larger value means more spread.
Probability: Favorable outcomes ÷ total outcomes, always a number from 0 to 1.
Skew (mean vs. median): Right-skewed: mean > median; left-skewed: mean < median; the skew points toward the mean.
Correlation coefficient: A value from −1 to 1 measuring the strength and direction of a linear relationship; its square (r²) is the fraction of variation explained.
Two-way frequency table: A table crossing two categories of data; read the correct row and column, and watch conditional 'given that' wording.
Successive percent change: Apply each change to the running total: a 25% rise then a 20% fall on a price of 50 gives 50 × 1.25 × 0.80 = 50 — back to the start.
Pythagorean theorem: For a right triangle with legs a and b and hypotenuse c, a² + b² = c².
SOH-CAH-TOA: Right-triangle trig: sin = opposite/hypotenuse, cos = adjacent/hypotenuse, tan = opposite/adjacent.
45-45-90 triangle: An isosceles right triangle with side ratio 1 : 1 : √2; each leg equals the hypotenuse ÷ √2.
30-60-90 triangle: A right triangle with side ratio 1 : √3 : 2 (short leg : long leg : hypotenuse).
Pythagorean triple: Whole-number right-triangle sides such as 3-4-5, 5-12-13, and 7-24-25.
Complementary angles (trig): Two angles that sum to 90°; sin θ = cos(90° − θ).
Triangle angle sum: The interior angles of any triangle add to 180°.
Angles on a straight line: Angles on a straight line sum to 180°; angles around a point sum to 360°.
Area of a triangle: Area = ½ × base × height.
Area of a circle: Area = πr², where r is the radius.
Circumference of a circle: C = 2πr (or πd), where r is the radius and d the diameter.
Equation of a circle: (x − h)² + (y − k)² = r², a circle centered at (h, k) with radius r.
Volume of a sphere: V = (4/3)πr³, where r is the radius.
Interior angle of a regular polygon: Each interior angle = (n − 2) × 180° ÷ n, where n is the number of sides (e.g., a regular octagon = 135°).
Similar triangles: Triangles with equal corresponding angles and proportional sides; set up a ratio to find a missing length.
Transversal angles: When a transversal cuts parallel lines, corresponding and alternate angles are equal; co-interior angles sum to 180°.
Equilateral triangle area: Area = (√3 ÷ 4) × side²; for side 12, area ≈ 62.35 square units.
PSAT/NMSQT: The Preliminary SAT / National Merit Scholarship Qualifying Test — a digital practice SAT, given each October, that qualifies juniors for National Merit.
Multistage adaptive testing: A design where the difficulty of a section's second module depends on your first-module performance; doing well on Module 1 unlocks a harder, higher-scoring Module 2.
Module (PSAT): Half of a PSAT section; each section has two modules — R&W is 27 questions × 32 min, Math is 22 questions × 35 min.
PSAT score scale: 320–1520 total, the sum of a Reading & Writing section score and a Math section score, each 160–760.
Selection Index: (Reading & Writing score × 2 + Math score) ÷ 10, ranging 48–228 — the number National Merit uses for recognition.
National Merit Scholarship Program: A scholarship competition juniors enter by taking the PSAT/NMSQT; high scorers become Commended Students, Semifinalists, and Finalists.
Commended Student: A National Merit recognition for scorers above the nationwide Commended cutoff (usually a Selection Index around 207–209) but below the state Semifinalist cutoff.
Semifinalist (National Merit): A junior whose Selection Index meets the state-specific cutoff; Semifinalists may advance to Finalist and compete for scholarships.
Bluebook app: The College Board's digital testing application used to take the PSAT/NMSQT and SAT on a computer.
Desmos calculator: The graphing calculator built into the PSAT Math section; available on every Math question.
No guessing penalty: Wrong answers never cost points on the PSAT, so you should answer every question.
PSAT vs. SAT: The PSAT/NMSQT uses the same digital framework and content domains as the SAT, on a 320–1520 scale instead of 400–1600.
Reading & Writing section: 54 questions in two 32-minute modules; short passages, each with one multiple-choice question across four R&W domains.
Math section (PSAT): 44 questions in two 35-minute modules; a mix of multiple-choice and student-produced (grid-in) responses, calculator allowed throughout.

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By Career EmployerUpdated Sep 12, 2026

100+ free PSAT flashcards — 4 ways to study

PSAT Flashcard of the DayNew daily

The classic card. Do you know this one?

Click Study Flashcards above to open the flashcard hub — over a hundred PSAT cards you can flip, match, type, or quiz yourself on. Every card is drawn from the digital PSAT/NMSQT content domains, so you study exactly what the test measures.^[1] Pair them with our free practice test and study guide.

PSAT Flashcard Study Modes

Flip mode walks you through a card at a time when the terms are new. Match turns a set into a timed pairing game against the clock. Type shows the definition and asks you to produce the term, so you read the description and key in Discriminant. Quiz reshapes the same cards into multiple-choice items for a quick check before you stop.

Free PSAT flashcards from Career Employer — active recall for the digital PSAT/NMSQT

Why Flashcards Work for the PSAT

The deck leans math first. Math — Advanced Math carries 18 cards on the nonlinear vocabulary that shows up in harder modules, with fronts like Parabola, Quadratic formula, and Rational equation pushing you to recall both the form and what it does. Reading & Writing — Standard English Conventions runs 17 cards on punctuation and sentence structure, including Semicolon, Comma splice, and the memory hook FANBOYS.

Math — Geometry and Trigonometry adds 17 cards built around figures and ratios, so you will see SOH-CAH-TOA, 30-60-90 triangle, and Pythagorean triple often enough that the relationships stop needing derivation. Math — Algebra holds 15 cards on lines and systems, drilling Slope-intercept form, Elimination method, and the rule behind Inequality sign flip.

Math — Problem-Solving and Data Analysis covers 15 cards on statistics, rates, and proportional reasoning, with Median, Unit rate, and Percent change among the fronts. Reading & Writing — Craft and Structure gives you 14 cards of literary and rhetorical vocabulary, including Connotation, Hyperbole, and Point of view, the language used to describe how an author builds a passage.

PSAT/NMSQT Test Mechanics & National Merit adds 14 cards about the testing situation itself, from the Bluebook app and the Desmos calculator to scoring terms such as Selection Index and Commended Student. Reading & Writing — Information and Ideas holds 12 cards on evidence work, including Inference, Textual evidence, and Command of evidence.

Reading & Writing — Expression of Ideas closes the deck with 10 cards on revision logic, where Rhetorical synthesis, Conciseness, and Contrast transitions name the skills those question types are really testing.

The PSAT rewards instant recall of grammar rules, math formulas, transitions, and reading skills.^[2] Spaced flashcards are the most efficient way to make that knowledge automatic.

And because the PSAT shares the SAT framework, every card you master here counts double as SAT review. Used alongside our practice test and study guide, they turn review time into measurable progress.

PSAT Flashcards by Domain

The cards are organized by the digital PSAT’s eight content domains. Drill the highest-weighted ones first — Algebra and Advanced Math anchor the Math section, while Craft and Structure, Information and Ideas, and Standard English Conventions carry the most weight in Reading and Writing:^[1]

PSAT flashcards by section and content domain
Section	Content domain
Reading & Writing	Information and Ideas
Reading & Writing	Craft and Structure
Reading & Writing	Expression of Ideas
Reading & Writing	Standard English Conventions
Math	Algebra
Math	Advanced Math
Math	Problem-Solving and Data Analysis
Math	Geometry and Trigonometry

How to Get the Most Out of These Flashcards

Open with the math stack. Math — Advanced Math is the largest domain at 18 cards, and its terms feed the algebra, geometry, and data sets you study afterward.
Type-drill the formulas. Quadratic formula and SOH-CAH-TOA reward exact recall, so typing them from the definition catches the small slips that flipping past a card hides.
Race the grammar cards in Match. Punctuation and sentence-error terms such as Semicolon and Run-on sentence sort fastest under time pressure, which is how you will meet them on test day.
Move to the practice test once recall holds. When Quiz on a domain stops surprising you, switch to full passages and modules so the terms get used instead of just named.
Keep a two-domain rhythm. With 132 cards, pair one math domain with one Reading & Writing domain per sitting, then re-Flip yesterday’s misses before starting anything new.

PSAT Flashcards FAQ

Over a hundred free PSAT/NMSQT flashcards, organized across all eight digital PSAT content domains — the four Reading and Writing domains (Information and Ideas, Craft and Structure, Expression of Ideas, Standard English Conventions) and the four Math domains (Algebra, Advanced Math, Problem-Solving and Data Analysis, Geometry and Trigonometry), plus test mechanics and National Merit. They're free with no account required.

References

1.College Board. “How the PSAT/NMSQT Is Structured — SAT Suite.” College Board. ↑
2.College Board. “The Reading and Writing Section — SAT Suite.” College Board. ↑
3.College Board. “The Math Section — SAT Suite.” College Board. ↑

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