November 2026 SAT Reading Module 2: Evidence, Inference and Repeat Traps

Last updated: November 2026 · By the AllSatPapers Content Team

Reading Module 2 becomes difficult when several true statements compete for a narrower job. A finding can be relevant to a study without supporting its conclusion. A graph can look familiar while measuring a different quantity. A sentence can contain a correctly agreeing verb that still creates an invalid second clause. These are the distinctions that the November 2026 11I, 11J, and 11K files make especially useful to review.

This guide examines six Module 2 questions from those supplied files, then connects them to six earlier forms. The focus is the decision between a defensible answer and an appealing distractor: what evidence is needed, which variable must stay fixed, and how far a conclusion can go. The selected questions were read, rendered, and visually checked; the explanations below were reasoned independently and checked against the included answer tables. They are a focused practice sequence, not a reconstruction of a particular student's adaptive route.

Practice these families with the 2026 Digital SAT paper collection.

Which Module 2 material this guide covers

In each of 11I, 11J, and 11K, Reading and Writing Module 2 occupies PDF pp.33–59 and its included answer table is p.60. Each block contains 27 printed question occurrences. The full files contain four modules, but this article examines only selected second-module Reading and Writing material. Source filenames identify the archive forms; individual difficulty labels do not establish an administration-wide difficulty ranking.

Start each passage by naming the operation. “Which finding supports?” requires a result connected to the stated claim. “What would the second author agree with?” requires a conclusion consistent with both the evidence and the requested scope. A table-completion question requires the chart's actual measured variable. A grammar blank requires the structure of the completed sentence. Choosing the operation first narrows the amount of text that deserves close rereading and prevents a repeated topic from silently dictating an old answer.

Six worked examples and the distractors worth reviewing

1. Rajavi: one supported hypothesis does not make an option correct

11I, PDF p.42; included Module 2 key p.60. Answer: B.

The two hypotheses concern different predictors in different economic conditions. During contractions, brand equity is predicted to be negatively associated with product-line length. During expansions, it is predicted to be positively associated with advertising. The required finding supports the first prediction but not the second. An answer satisfying only one requirement must be rejected.

Sweeteners and bath products have shorter lines, 6.0 and 9.9, than soft drinks and cereals, 16.3 and 24.1. B pairs a contraction advantage for the shorter-line groups with no significant expansion difference, matching the requested combination. The table lists predictors; it does not already supply the hypothetical brand-equity outcomes described by the choices.

The attractive distractors reverse the contraction comparison or support the advertising prediction when the prompt requires its lack of support. A negative advertising pattern during expansions could undermine the second hypothesis, but that alone cannot save an option whose contraction result favors longer lines. Write two short predictions and test each option against both.

This family reappears within November at 11J p.45 with dog food, shampoo, razors, and facial moisturizers. There the same required logical combination is D. The new table must still be read: knowing that the study sounds familiar is not enough to establish which products now have shorter lines or where the matching option sits.

2. Private foundations: a familiar passage can conceal a new graph variable

11J, PDF p.43; included Module 2 key p.60. Answer: B.

The graph reports percentages of private foundations filing Form 4720 for different taxable activities in 2006–2008. The taxable-expenditure bar is lower than the undistributed-income bar. Therefore B's comparison—that the former percentage is smaller than the percentage failing the minimum charitable-distribution requirement—is supported.

The long background explains several tax forms and prohibited activities, but it does not turn the graph into a record of dollar penalties. A claims a difference in average penalty size; the vertical axis does not measure average penalties. D compares private foundations with Form 990 organizations, a group the graph does not display. C has a wording problem worth recording: “than for other reasons” could mean each other category or all the others combined. The former conflicts with the largest bar; the latter could be consistent with the combined bars. The included key selects B, the explicit pairwise comparison. C should not be dismissed as mathematically impossible under every reading.

The October 10F version on p.66 uses very similar background but a different figure: percentage of total tax penalties by reason and year. Importing a conclusion from that figure would confuse shares of penalties with shares of filers. The words “percentage” and “foundation” occur in both, so keyword recognition is insufficient.

Before selecting an answer, complete the phrase “This axis measures a percentage of…” in precise nouns. Then make sure the conclusion uses those same nouns. This small check is often more valuable than rereading all the tax-form details, and it guards against both memory interference and unsupported financial calculations.

3. Grande Terre: chronology determines which inference is possible

11I, PDF p.38; included Module 2 key p.60. Answer: C.

Text 1 places Grande Terre's separation from Gondwana around 90 million years ago and describes a hypothesis involving clades older than that split. Text 2 says one of the island's oldest current clades has a crown age of 60.0 million years, while nearly all living species belong to much younger clades; the spider-ant example is 5.1 million years old. Under the definitions supplied in the passage, those ages postdate the separation.

C preserves both the chronological comparison and the qualified scope: few if any of the earlier Gondwanan species belonged to a clade represented among the island's current species. It does not require proving that absolutely no exception could exist. The qualifier matters because the passage describes the great majority and gives an example among the oldest, rather than cataloguing every possible lineage.

A assigns the younger-clade age restriction to the Gondwanan species themselves, conflicting with the earlier-than-split definition. B turns a clade's crown age into a date when most species returned to the island, which the text never supplies. D asserts that most earlier species have living descendants on the island despite the thrust of the age evidence.

An earlier August 2025 8E question uses an 80-million-year split and two different clade ages. Its question concerns the two named clades. Reuse the timeline method, but do not substitute that narrower conclusion for November's broader question about the Gondwanan species.

4. Carbon-dioxide models: vary resolution while keeping the comparison relevant

11I, PDF p.44; included Module 2 key p.60. Answer: A.

The researchers conclude that landscape variation may affect net carbon dioxide in ways that coarse models fail to capture. They compare grids of 2 and 12 square kilometers. A supports the claim by reporting different average heterotrophic respiration rates for the same season when the grid resolution changes. The modeled process changes with the spatial scale, showing why resolution can matter.

B's summer-versus-winter difference occurs in both models. It establishes seasonality, but it does not demonstrate that the finer grid captures something the coarser grid misses. C concerns the absence of a correlation between respiration and absorption, not a resolution-driven difference. D says the finer model produces more data while the models report identical net carbon dioxide. More output is not the same as a different substantive result.

The efficient test is to ask what varies in the evidence and whether it matches what varies in the claim. Here resolution should vary while the season is held constant. This does not require a technical understanding of the plant species or a calculation of carbon exchange. It requires preserving the comparison that the hypothesis names.

March 2024 3D p.28 uses 1- and 10-square-kilometer grids and a different plant; 11J p.46 uses another plant and moves the supported same-season comparison to C. Across these variants, the scientific names change less about the method than the placement and wording of the controlled comparison.

5. Honey bees: a snapshot supports vulnerability, not a time trend

11K, PDF p.43; included Module 2 key p.60. Answer: C.

The table shows North Mediterranean lineage shares of 90%,97%,90%,92% in four states, with C1 and C2j haplotypes recurring across locations. The passage links healthy genetic diversity to resilience. C cautiously concludes that a population dominated by one lineage and recurring haplotypes may be vulnerable to stressors, assuming the sample is broadly representative as the question specifies.

The other choices ask the evidence to do more than it can. Different haplotypes across states do not show that diversity has recently increased; that would require comparison over time. A prediction that diversity will remain stable or grow also needs information about change, not just the displayed cross-section. Nor does a widespread haplotype's presence establish that it causes stronger resistance. Prevalence and protective function are different claims.

The same family appears on 11K p.45 with a different set of states and percentages. One state is 100% North Mediterranean and another 76%, so the table is not a numerical copy. Yet the dominance pattern and recurring haplotypes still support C. Review the new values before carrying over the reasoning.

This case provides a practical certainty check. “May be vulnerable” is supported by the background relationship and the observed pattern; “has recently increased,” “will remain,” and “because they confer resistance” add temporal or causal evidence not supplied. An answer's caution is useful when it matches the limits of the data, not merely because cautious wording always wins.

6. Pottery fragments: a grammatically plausible verb can create an extra clause

11K, PDF p.53; included Module 2 key p.60. Answer: A: indicating.

The sentence already contains a complete main clause: the excavation produced thousands of pottery fragments. The phrase about many fragments bearing soot adds supplementary information. The later “the soot residues indicating…” is an absolute phrase, with its own noun subject and a nonfinite participle. A supplies that structure without creating another independent clause after the comma.

The finite alternatives—“were indicating,” “indicated,” and “have indicated”—would produce a new independent claim about the residues. They are not joined to the earlier clause by a conjunction or an adequate independent-clause boundary. This remains a problem even when a verb agrees perfectly with plural “residues.” Agreement alone cannot decide a question about clause structure.

The useful sequence is to identify “excavation produced,” bracket the supplementary material, and ask whether another finite predicate is licensed. That is more reliable than choosing the option that sounds fluent after the nearest noun. An -ing form is not automatically correct; it is correct here because the surrounding sentence calls for a nonfinite supplement.

In May 2025 5F p.9, “a team of researchers hoping…” precedes the main verb “analyzed.” That is a participial modifier attached to the team, while November's absolute phrase has its own subject. Both require separating the main predicate from additional description, but understanding the different attachments prevents turning this comparison into an oversimplified rule about always choosing -ing.

Six earlier questions that sharpen the comparison

These six earlier-form comparisons are specific question-family checks, not an overlap estimate. The first four connect directly to worked cases; the final two extend the same discipline to transitions and rhetorical synthesis elsewhere in Module 2. A retuned passage can preserve the reasoning, while a changed task can require a different answer from almost the same notes. All locators below are one-based PDF pages.

A review sequence that makes repeats useful

Use the six cases as a short diagnostic before returning to full modules. On the first pass, cover the answers and write one phrase naming the required operation. On the second, explain the strongest wrong option. For Rajavi, identify which of the two predictions it fails. For the charity graph, name the unavailable variable. For Grande Terre, identify the unsupported date or overbroad scope. For carbon dioxide, show which comparison changes the wrong factor.

Then build a compact repeat log with three columns: what stayed the same, what changed, and what must be solved again. Put the two bee tables side by side only after attempting each separately. Do the same with the October charity graph and the November graph: this exposes whether you actually read the axes. For grammar, record the finite verb and the attachment of the additional phrase rather than only the selected word.

Five habits summarize the practical review: state both conditions in a two-hypothesis question, read every chart label anew, put dates on a timeline, distinguish a snapshot from a trend, and locate the main clause before selecting a verb. These habits do not require spending longer on every question. They concentrate attention on the detail that makes the answer defensible. Finish by mixing the earlier pages with unfamiliar questions so that recognition cannot replace the analysis.

Continue with the complete analyses: November 11I · November 11J · November 11K

Every Digital SAT Paper in Our Archive

Our archived files are grouped below by their supplied labels; regional labels and dates describe the archive, rather than independent authentication of an administration.

2023

• March 2023 (3A) · May 2023 (5A) · June 2023 (6A, Easy & Hard) · October 2023 (10A) · November 2023 (11A) · December 2023 (12A–12D)

2024

• March 2024 (3A–3D) · May 2024 (5A–5D) · June 2024 (6A–6E) · August 2024 (8A–8I) · October 2024 (10A–10G) · November 2024 (11A–11F) · December 2024 (12A–12H)

2025

• March 2025 (3A–3H) · May 2025 (5A–5F) · June 2025 (6A–6E) · August 2025 (8A–8F + 8G Question Bank) · September 2025 (9A–9I + 9J Question Bank) · October 2025 (10A–10H, 10I/10J School Day, 10K Question Bank) · November 2025 (11A–11G) · December 2025 (12A Math only, 12B English only, 12C, 12D, 12E, 12F Question Bank)

2026

• March 2026 (3A Question Bank, 3B, 3C US, 3D US English only) · May 2026 (5A, 5B, 5C–5H English only) · June 2026 (6A–6D, 6E Math only, 6F/6G English only, 6H Question Bank, 6I–6K) · August 2026 (8A–8D International, 8E collection labeled “4Sets”, 8F/8G US, 8H International Question Bank) · September 2026 (9A–9C International, 9D–9H US, 9I International Question Bank) · October 2026 (10A–10D International, 10E International English only, 10F–10I US, 10J International Question Bank, 10K US Question Bank; School Day files labeled October 8, October 13 sets 1/2, October 14, October 17 sets 1/2). November 2026 (11A–11K).

Explore the 2026 SAT papers and answer-key collection.

Keywords: November 2026 SAT Reading Module 2, DSAT evidence questions, SAT inference, SAT repeat questions, Reading and Writing distractors.

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