ACT’s My Answer Key materials give students access to a post-test packet for eligible administrations, which means tutors can finally look at recent forms with some specificity. I had a chance to review the April 2026 ACT form, and a few patterns stood out that are worth flagging for anyone prepping for an upcoming sitting.
Before getting into observations, the obvious caveat: ACT owns these test questions, so nothing below quotes anything from the test itself. What I can do is describe what the form looked like, what it emphasized, and how the scoring table worked. This analysis covers the multiple-choice sections only. The optional Writing essay is a separate format and is not addressed here.
The Current Section Lengths and What Students Actually See on Test Day
Under the current ACT format, the live test administers:
| Section | Questions | Time | Pace |
|---|---|---|---|
| English | 50 | 35 min | ~42 sec/question |
| Math | 45 | 50 min | ~67 sec/question |
| Reading | 36 | 40 min | ~67 sec/question |
| Science (optional, not part of Composite) | 40 | 40 min | 60 sec/question |
When a student requests their My Answer Key packet, ACT strips out the field test items (the unscored questions ACT uses to develop future forms). What is left in the booklet is the scored portion only: 40 English, 41 Math, 27 Reading, and 34 Science. That is why the practice-test pacing chart in the booklet shows different times than the live test. The booklet’s modified times are for the stripped-down version.
Reading is where the timing change is most noticeable. The old ACT Reading section gave students 40 questions in 35 minutes, or about 52.5 seconds per question. The current version gives students 36 questions in 40 minutes, or about 66.7 seconds per question. That does not make Reading easy, but it does change the pacing problem: students have more time per question, while each missed question can matter more because there are fewer scored questions.
If a student is using older practice tests, the section shapes will not match. Pacing instincts trained on the old format will be off.
English: Conventions Still Drive the Section
The reporting category split on the ACT English section was 16 Conventions of Standard English (CSE), 15 Production of Writing (POW), and 9 Knowledge of Language (KLA). That puts roughly 40% of the section on punctuation, grammar, and sentence boundaries; 38% on rhetorical and organizational decisions; and 22% on word choice, redundancy, and tone.
The CSE work on this form leaned on punctuation around modifiers and series, comma versus semicolon choices in compound sentences, subject-verb agreement, and modifier placement. Students who treat the English section as purely a “feel for good writing” exercise are likely to miss points here. The POW questions used the familiar shapes: addition and deletion judgments, sentence placement for paragraph logic, and goal-based revision questions where the stem specifies exactly what the right answer must accomplish.
Math: Algebra and Geometry Still Anchor the Section
Within Preparing for Higher Math, 33 of the 41 scored ACT Math questions broke down as follows:
- Algebra: 8
- Geometry: 8
- Functions: 7
- Number and Quantity: 5
- Statistics and Probability: 5
The remaining 8 questions were Integrating Essential Skills, which pull from middle-school content but apply it in multi-step contexts.
A few content notes from the form:
- Functions hit a nice spread: composition read from a table, even-function symmetry, axis of symmetry from x-intercepts, exponential growth interpretation, and sum of roots of a quadratic. The questions test how function notation and properties actually operate, not parent-graph memorization.
- Geometry came up across triangles (right-triangle trig, Law of Sines, AAS congruence), circles (unit-circle radian work, sector area), coordinate geometry (midpoint, vectors), and solids (volume of an inscribed sphere). Students should not treat trigonometry as optional.
- Statistics and Probability appeared in several flavors on this form: a scatterplot fit critique, conditional probability, a sampling-and-estimation question, and a normal distribution question. This form also included a “what statistic should you calculate” question, a type that has shown up on other recent forms.
- Number and Quantity included a power of the imaginary unit, a units-analysis question, and a question about conditions that produce an irrational result.
Three concepts on this form are worth flagging because they do not appear on every ACT. The factor theorem showed up, paired with a quadratic. Vector magnitude and direction came up in a coordinate-plane question. The normal distribution and standard deviation framework drove a probability question that resolved through symmetry around the mean. Some prep programs treat these as rare topics and skip them. When they show up, students who have never practiced them are at a disadvantage.
This form did not include heavy matrix work or anything beyond a short finite geometric series. Students who spend prep time on advanced topics they rarely see should reallocate.
Reading: Comprehension Still Does the Heavy Lifting, with One Structural Surprise
The reporting category split on the ACT Reading section was 13 Key Ideas and Details, 9 Craft and Structure, and 5 Integration of Knowledge and Ideas. KID makes up nearly half the section.
One thing jumped out structurally. The Literary Narrative passage was in the second slot, not the first. ACT has historically led the Reading section with Literary Narrative, and most prep books and practice tests follow that order. On this form, the Informational science passage came first and Literary Narrative followed. That is a small thing, but a student who has trained themselves to expect a story to open the section may need to adjust quickly. The lesson is to expect any passage order on test day.
The KID-heavy weighting is the other planning point. A student who can read a passage and answer “what is this about, what does the author think, what evidence supports each claim” with confidence will hit most of the section. The CS questions about word meaning in context, the function of a paragraph, and tone require closer reading, but they are a smaller share.
The five IKI questions all live on the paired passage. These are where students lose time if they have not practiced the format. The questions ask you to track positions across two authors and identify where they overlap, where they diverge, and how a detail in one passage maps to a claim in the other. Reading both passages with that comparison frame in mind is worth the few minutes spent up front.
Science: Data Interpretation Dominates
The split on the ACT Science section was 14 Interpretation of Data, 12 Evaluation of Models, and 8 Scientific Investigation. IOD plus EMI is 76% of the section, and most of those questions resolve through careful reading of figures and tables.
Six passages covered topics including chemistry/nanoparticles, microbiology, biology, atmospheric chemistry, and physics, including rotational motion.
Two notes worth passing on. First, the conflicting-viewpoints-style passage, where multiple students or scientists offer different predictions, is still here. It is embedded in the regular passage rotation rather than holding a fixed slot. Students should know what to do when they see numbered hypotheses. Second, a handful of Science questions tested outside knowledge that the passage did not define: nucleotides as the subunits of DNA, the pH scale, units of frequency and rotation. Not many, but enough that “I will figure it out from the passage” does not always work.
What the Scoring Curve Tells Us
The raw-to-scale conversion for this form has some patterns worth knowing.
English has a tight curve at the top. A 36 in English requires all 40 scored questions correct. Miss one and the score drops to 35. Miss four and a student is at 33. On this form, the top of the English scale leaves almost no room for error.
Math is similarly unforgiving at the top. All 41 right is required for a 36. One missed question equals 35. Miss two or three and a student lands at 34. The Math curve gets more generous in the middle, but the top end punishes any slop.
Reading rewards top-end accuracy disproportionately. A raw score of 26 or 27 out of 27 earns a 36. A student can miss one Reading question and still walk away with a perfect score. The small question count cuts both ways, though. Scale scores of 35, 32, 30, and 27 do not appear on this form’s Reading curve. That means a single missed question in the right spot can drop a student two scale-score points, not one.
Science has similar top-end forgiveness. A raw of 33 or 34 out of 34 earns a 36, so a student can miss one question and still hit a perfect Science score. The skipped-score pattern differs from Reading, though. This form’s Science curve only skips a 31 in the high range, while Reading skips four scale scores.
The table below shows the raw score needed to reach each milestone scale score on this form, with the number of questions a student can afford to miss in parentheses.
| Scale Score | English (out of 40) | Math (out of 41) | Reading (out of 27) | Science (out of 34) |
|---|---|---|---|---|
| 36 | 40 (miss 0) | 41 (miss 0) | 26–27 (miss 0–1) | 33–34 (miss 0–1) |
| 33 | 36 (miss 4) | 37 (miss 4) | 24 (miss 3) | 30 (miss 4) |
| 28 | 33 (miss 7) | 30–31 (miss 10–11) | 21 (miss 6) | 26 (miss 8) |
| 24 | 28–29 (miss 11–12) | 25 (miss 16) | 18 (miss 9) | 21 (miss 13) |
| 20 | 22–23 (miss 17–18) | 20 (miss 21) | 14 (miss 13) | 16 (miss 18) |
A few things worth noticing in the table. To hit a 33 across all sections, the percentage accuracy required is fairly consistent at around 88 to 90%. The picture changes lower on the curve. At a 28, a student can miss 10 or 11 of 41 Math questions but only 6 of 27 Reading questions. At a 24, the Math curve lets a student miss 16 of 41 (about 39%), while Reading still requires getting 18 of 27 (only 33% missed). The shorter sections give back fewer raw points to spend, so percentage accuracy needs to be higher there even when the curve looks generous on paper.
Two takeaways come out of this. First, the value of a single correct answer is not the same across sections. At the top of the Reading curve, the gap between scale scores is often two points per missed question instead of one. That changes how high-scoring students should think about pacing. An extra fifteen seconds spent locking down a Reading question is worth more than the same fifteen seconds on English or Math, where the curve runs closer to one-for-one even at the top.
Second, where a student sits on the curve matters for prep prioritization. A student in the 28 to 32 range can pick up significant Composite movement by reducing careless errors on Math, where the curve gives back roughly one scale point per question across most of the middle. A student already at 33 plus has the most leverage on Reading, where one extra correct answer can move the scale score by two. Science is optional under the current format and does not affect the Composite, though some students may still choose to take it depending on their target schools or programs.
The middle of the curve, around scale scores 22 to 26, is where most students sit, and the curves are nearly linear there. One question right is one raw score point and roughly one scale score point. Steady accuracy across the Composite sections is what moves the score. Students chasing a point or two above their current level should focus on which questions they are missing for fixable reasons (rushing, misreading) rather than working on harder content they may not see.
What I Would Take Into Prep
The current section lengths really do change pacing instincts. Use practice material that matches the current count, not older released forms with 40-question Reading sections.
English continues to reward specific grammar and punctuation knowledge over feel. Drilling commas, semicolons, colons, dashes, and modifier placement pays off, and the questions are written to punish students who guess based on what sounds right.
Math is broader than its reputation. Functions, statistics, trigonometry, and unit-circle and radian fluency all appeared on this form. A student who only drills algebra and basic geometry would be unprepared for a substantial share of the section.
Passage order is not guaranteed. Literary Narrative did not lead the Reading section on this form, and a student who locks into a single expected order will need to adjust quickly when the order shifts.
The scoring curve rewards different things in different sections. Top-end students should treat Reading as the highest-leverage section per question, since one missed question can cost two scale points. Mid-range students should focus on careless-error reduction in Math, where the middle of the curve gives back roughly one scale point per correct answer.
One form is not a trend. This is a single look at one date, and the next form will reshuffle the topic mix and the curve will move slightly. The section lengths are now clear, and this form gives a useful snapshot of how ACT is distributing topics and scaling scores. The exact category weights and curve will still vary from form to form.
For a complete strategy walkthrough and the full set of drills covering every topic on the test, see the ACT practice hub. For full content review and complete practice tests, see Barron’s ACT Study Guide Premium, 2026.
A note on sources: the observations in this post are based on the author’s review of ACT’s My Answer Key materials for the April 2026 form, combined with publicly available information about the current ACT format. No questions, passage text, or answer keys are reproduced here. The underlying test materials are the property of ACT Education Corp.