What's on the ALEKS Math Placement Test? Topic Breakdown + Score-to-Course Chart (2026)

What's on the ALEKS Math Placement Test, in One Answer

The ALEKS Math Placement Assessment (officially ALEKS PPL, by McGraw Hill) draws from about 314 math topics organized into eight areas — real numbers and arithmetic, equations and inequalities, linear and quadratic functions, exponents and polynomials, rational expressions, radical expressions, exponentials and logarithms, and geometry and trigonometry. You answer roughly 25 to 30 adaptive, open-response questions (McGraw Hill says placement is reached "in 25 questions or less"), and the result is a single number from 0 to 100 that estimates the percentage of those topics you have mastered. Your college then maps that number to a specific math course — and the cutoffs are set by each college, not by ALEKS, which is why a 65 can place into precalculus at one school and fall short at another.

free ALEKS Math practice questionsPractice questions with detailed explanations

---

The 8 Topic Areas ALEKS PPL Covers

ALEKS PPL is built around a "pie" of about 314 topics grouped into eight slices. The assessment is adaptive, so you will not see all 314 — the algorithm samples across the areas and zeroes in on the boundary of what you know. But every area below is in scope, and your placement depends on how far up this ladder your mastery reaches. The areas are cumulative: weak arithmetic destabilizes everything above it, and calculus-readiness placements require the top areas.

These eight slices are the official ALEKS PPL structure used on math-placement pages such as the University of Kansas "What is ALEKS" page. Notice the shape of the ladder: areas 1 through 4 carry most lower placements (developmental math through college algebra), while areas 5 through 8 are what separate a precalculus placement from a calculus-ready one. If your target is statistics or college algebra, areas 1 to 4 matter most. If your target is calculus, areas 7 and 8 — logarithms and trigonometry — are where placements are won or lost.

How the adaptive, open-response format changes what "on the test" means

Unlike a fixed multiple-choice exam, ALEKS does not hand everyone the same questions. It adapts: a correct answer pushes harder, a miss pulls back, and it stops once it has located your mastery boundary. Two consequences for understanding the content:

• You can be "done" without ever seeing trigonometry. If you stumble in early algebra, the assessment may never climb to areas 7 and 8, because it has already established you are not calculus-ready. That is not a glitch; it is the point.
• Answers are open response. You type an exact value — an integer, fraction, interval, coordinate pair, expression, or exact trig value — into the ALEKS math palette. There are no choices to eliminate, so a correct value entered in the wrong form (a decimal where ALEKS wants an exact fraction) reads as wrong.

That is why "what's on it" is really a question about how high your accurate mastery reaches, area by area.

---

The Score: 0 to 100, and What It Actually Means

Your ALEKS result is a number on a 0-to-100 scale, interpreted as the percentage of in-scope topics you have mastered. It is not pass/fail and not a course grade. A 35 is not a failing grade — it is an accurate statement that you are ready for one course and not yet ready for another. The score exists to route you into a class whose prerequisites you actually have, so you do not land in a course moving faster than you can follow.

The single most misunderstood fact about ALEKS scoring: there is no national cut score. Each college sets its own bands. "Is 65 a good score?" has no universal answer — it depends entirely on the course your degree requires and the cutoff your specific school publishes for it.

---

ALEKS Score-to-Course Chart: 6 Real Universities Side by Side

Because cutoffs vary, the most useful thing this page can give you is real published cutoffs from several schools at once — so you can see the pattern and the spread, then go find your own school's exact number. Every figure below is from an official university placement page (linked under Official Sources). These are examples to calibrate your expectations, not your school's chart.

Look at the calculus row carefully. Baylor and CSULB both require 80 for Calculus I, while Cal Poly Pomona opens calculus at 76. Look at the college-algebra row: Oregon Tech places into College Algebra at 46, but other schools set that bar higher. The takeaway is concrete — a 78 clears Calculus I at Cal Poly Pomona but not at Baylor or CSULB. Same score, different result, because each school owns its cutoffs.

Indiana University: how granular a real chart gets

Generic "5-band" charts hide how detailed a real school chart is. Indiana University's score-interpretation page lists separate minimums per course on the same 0-100 scale:

Notice Indiana places into Calculus I at 70, while Baylor and CSULB require 80. That 10-point gap is the entire reason you cannot trust a number you read on another school's page. Your registration is controlled by your college's chart.

---

How to Find Your School's Exact Cutoffs in 2 Minutes

Before you study or sit the assessment, get your own numbers. Do this:

1. Search [your school name] ALEKS placement or [your school] math placement chart. The official page is almost always on the math department or testing-center site.
2. Write down the course your major needs next semester — college algebra, statistics, precalculus, or Calculus I. Your advisor or degree audit lists this.
3. Copy the minimum ALEKS score your school lists for that exact course. That single number is your target.
4. Note whether the cutoff is "recommended" or "enforced." Some schools (like Indiana's S211 at 75) block registration below the number; others let your advisor override it.

Now your 0-to-100 result will mean something the instant you see it, and your study time can aim at a real target instead of a myth.

---

What to Study for Each Course Target

Because the eight areas are cumulative, the smartest prep matches the course you need to the areas that decide it. Over-studying trigonometry when your major needs statistics wastes your limited time; under-studying logarithms when you need calculus readiness costs you the placement.

ALEKS Math study guideFree exam prep with practice questions & AI tutor

Why exact-answer entry is part of "what's on the test"

Because ALEKS is open response, the format itself is a testable skill. On a multiple-choice exam you can back into an answer by testing the options; on ALEKS there are no options. You must:

• Predict the answer type before solving (integer, fraction, interval, coordinate pair, exact trig value).
• Keep exact forms — do not convert a fraction or radical to a rounded decimal unless the item asks for one.
• Write restrictions for rational expressions (denominators not zero), even roots (nonnegative radicands), and logarithms (positive inputs).
• Type carefully in the math palette — a correct value in the wrong form scores as wrong.

ALEKS practice questionsPractice questions with detailed explanations

---

Attempts, the Learning Module, and the 6-Hour Claim

Knowing the content and the chart is only useful if you also know how many shots you get. Standard ALEKS PPL access includes up to five assessment attempts and 12 months of access to a personalized Prep and Learning Module (McGraw Hill). Typically the first attempt is an unproctored practice run that does not count for placement; official, placement-counting attempts are proctored. Most schools also require a block of learning-module hours (often 3 to 5) and a cooldown (commonly 24 to 72 hours) before you may reassess.

The learning module is the lever between a first score and a better one. McGraw Hill reports that students who study six hours in the module raise their placement by at least one course on average. Treat that as a reason to use the module seriously, not a guarantee — the gain depends on whether those hours repair the areas that actually held your score down. For a full retake plan, see the ALEKS retake and learning-module strategy guide; always confirm your own school's attempt count, cooldown, and required module hours, because those numbers vary by institution.

---

Common Misreadings of the ALEKS Score Chart

"I need a 70." Not unless your school's chart says 70 for the course you need. A 70 clears Calculus I at Indiana but not at Baylor or CSULB.

"I failed — I got a 40." You cannot fail ALEKS. A 40 places you into a real course (often intermediate algebra). It is routing, not a grade.

"A score chart I found online is universal." Generic 0-29 / 30-45 / 46-60 / 61-75 / 76-100 bands are a rough average. Your registration is controlled by your school's exact, sometimes course-by-course, cutoffs.

"More questions means a worse score." The number of questions is set by adaptivity, not by performance. A short assessment is normal; it simply found your boundary quickly.

"The calculator will cover my arithmetic." ALEKS provides an on-screen calculator only on certain problems, and many area-1 and area-2 items deliberately have none. Weak by-hand arithmetic shows up directly in your score.

---

Official Resources

• McGraw Hill ALEKS PPL — official product page: 314 topics, placement in 25 questions or less, up to five attempts, 12-month access, and the six-hour learning-module outcome claim.
• University of Kansas: What is ALEKS — official breakdown of the eight ALEKS PPL topic areas from real numbers through geometry and trigonometry.
• Indiana University ALEKS Score Interpretation — example of a granular, course-by-course cutoff chart on the 0-100 scale.
• Baylor University ALEKS Placement Exam — example cutoffs: 61 for Precalculus, 80 for Calculus I.
• Cal Poly Pomona ALEKS PPL Calculus Placement — example of calculus placement opening at 76.
• CSULB ALEKS Mathematics Placement — example: 60 for precalculus-level courses, 80 for Calculus I.

Bottom Line

free ALEKS Math practicePractice questions with detailed explanations