SAT Math Flashcards

This flashcard collection mirrors the four content domains the Digital SAT tests in math: Algebra (linear equations, systems, inequalities), Advanced Math (quadratics, exponential functions, polynomials), Problem-Solving and Data Analysis (ratios, percentages, statistics, probability), and Geometry and Trigonometry (triangles, circles, right-triangle trig, basic radians). Cards are weighted to match the actual question distribution on the exam, so you spend the most time on the topics that show up the most.

The free preview above shows five sample cards. Inside Sticky you get the full deck, generated from your prep book or class notes and scheduled with spaced repetition. Need clean equation rendering? Sticky supports LaTeX so square roots, exponents, and fractions display correctly on every card.

The Digital SAT rewards two skills: knowing formulas cold, and recognizing question patterns fast. Flashcards are great at the first and a useful warm-up for the second. Here is the study sequence that actually moves scores:

1. Start 8 to 12 weeks before test day. SAT Math improvements compound when reviews are spaced. Cramming a formula sheet the night before barely makes it to the next morning.
2. Memorize the formulas the SAT does not give you. The reference sheet at the start of the section covers area and volume. Quadratic formula, slope-intercept, special right triangles (30-60-90, 45-45-90), and circle equations are not on it. These belong on flashcards.
3. Use cards for traps and shortcuts, not just facts. A card that asks "what is the trap on percent-change problems?" is more useful than another formula card. The SAT recycles trap structures.
4. Review for 15 to 25 minutes daily. The spacing effect means short daily sessions beat long weekend grinds for retention.
5. Pair cards with timed practice sets. Flashcards build the reflexes. Full-length Bluebook practice tests build the timing and stamina the real exam demands.

Released College Board data shows the same handful of question types appearing on every form. Make sure your flashcard rotation overweights these:

• Linear equations and systems: solving for variables, interpreting slope and intercept in context
• Quadratics in three forms: standard, vertex, and factored — knowing when each form is most useful
• Ratio and percent word problems: percent change, percent of, unit rate translation
• Exponential vs linear growth: identifying which model fits a given scenario
• Right-triangle trig: SOH-CAH-TOA, plus 30-60-90 and 45-45-90 ratios on sight
• Data interpretation: scatterplots, two-way tables, mean/median/mode for skewed data

For the complete formula list with worked examples, see our SAT Math formula sheet.

SAT Math is a speed test as much as a math test. The Digital SAT gives you about 95 seconds per question. That means you cannot derive the quadratic formula in real time, you have to recall it. Active recall, the kind of retrieval flashcards force, builds exactly the speed of recall the timing demands.

Spaced repetition handles the second half. Formulas you reviewed in week one show up again in week three, then week six, just as they would otherwise fade. By test day, every formula on your deck is one you can produce in under a second. Pair that with timed practice sets and the spaced-repetition-for-exams approach, and you have the most efficient SAT Math prep system available.