Back to the on-screen lesson ·
Return to the relevant passage evidence, distinguish statement from implication and interpret words in context.
Paper packet. Every task here also exists on screen, where it is checked automatically; answers written on paper are not assessed by Nydus. When you are back at a device, enter your answers there.
Identify textual support for a detail or inference without importing outside facts or enlarging the passage's claims.
The main-point lesson gave each paragraph a function. Use that map to locate a detail rather than rereading randomly. A local question still depends on the passage's voice and qualifications, so read the surrounding sentences before deciding what the selected line means.
| Term | What it means |
|---|---|
| Explicit statement | A claim directly expressed by the passage, including a faithful paraphrase. |
| Supported inference | A conclusion warranted by the passage without importing an additional factual premise. |
| Contextual meaning | The sense a word has in its particular sentence and argument. |
| Scope shift | A change in population, time, condition or quantity between evidence and answer. |
A detail question asks what the passage states, sometimes in a paraphrase rather than its exact words. An inference question asks what the passage supports when its statements are combined or their implications followed. Both require a traceable basis in the text. A statement that is true in the world can still be unsupported by this passage.
Suppose a report says shaded plots retained more moisture but the experiment did not isolate moisture as the only mechanism. The first claim is directly stated. A conclusion that broader policy needs more evidence is supported by the calls for further testing. A conclusion that moisture was proved to be the sole cause is contradicted. Keep those categories separate rather than treating every related statement as equally acceptable.
Look for the smallest set of sentences needed to support the answer. Read enough context to preserve who is speaking, what population is described and how certain the claim is. Then compare the candidate's wording with that evidence. A changed quantity, time, causal relation or level of certainty can make an otherwise familiar sentence wrong.
Another way: picture
Imagine an evidence tag attached to each answer: paragraph, relevant claim and the step connecting it to the answer. An answer without a defensible tag is not supported merely because it sounds plausible.
Another way: steps
Identify the requested detail or inference; locate the relevant paragraph; read its context; paraphrase the evidence; check every added commitment in the candidate.
A keyword can appear in several places with different roles. A paragraph may describe a theory, then criticize it, then retain one part of it. Selecting a sentence solely because it repeats the question's noun can attach the answer to the wrong voice or stage of the argument.
Use the paragraph map to identify where the relevant issue is developed. Then read the sentence before and after the apparent match. Pronouns, contrast words and qualifications often determine the meaning. A phrase such as this result may refer to an early survival measure rather than later growth, and confusing those outcomes changes what the text supports.
Faithful paraphrase changes wording while preserving meaning. More often can become with greater frequency, but it cannot become always. Not yet tested can become not established by the described study, but it cannot become known to be false. A statement about a tested sample does not automatically become a statement about every population.
Check verbs as carefully as nouns. Suggests, is consistent with and establishes have different force. An observation consistent with a mechanism does not identify that mechanism as the only cause. When an option upgrades the verb, ask whether the passage supplies the additional support that stronger commitment would need.
An inference can require more than one sentence. If the report identifies a benefit under maintained structures and then says a community program may not maintain them, it supports caution about reproducing the tested conditions. The connection uses the same relevant condition across the sentences.
Do not combine unrelated statements merely because they are nearby. A finding about early survival and a finding about later growth concern different outcomes. Less consistent later growth does not erase the earlier survival difference. Similarly, a benefit for recognizing letter exchanges does not establish every folder's historical originality. Track the object and outcome of each claim through the proposed inference.
Vocabulary-in-context questions ask which meaning fits the sentence, not which dictionary definition is most familiar. A model called provisional may be supported enough to investigate while remaining open to revision. It does not therefore mean arbitrary, false or final. Replace the word with the candidate meaning and read the whole sentence again.
Also check the surrounding argument. If the author explicitly says the initial fit provides evidence, a meaning equivalent to unsupported would conflict with that explanation. If further testing is recommended, a meaning equivalent to conclusive would conflict with the recommendation. Context constrains the sense more tightly than the word's isolated range of possible meanings.
A candidate can fail because the passage contradicts it or because the passage does not establish it. Those are different reasons. If a study did not measure behavior outside the laboratory, a claim of demonstrated real-world behavior change is unsupported. A claim that no real-world effect is possible is also unsupported. Neither follows from the absence of measurement.
In an explicitly stated question, a plausible implication may still fail if the task requires a direct report. In an inference question, a faithful implication can be correct without appearing word for word. Read the question's demand and give the evidence the appropriate role. Do not impose the same matching rule on every local question.
If a question asks which statement is not supported, first identify the positive support status of each option and then apply the requested exclusion. Losing the negative can make a well-supported option look attractive for exactly the wrong reason. The same applies to except and least supported.
This course's main records use positive questions to make the evidence relation explicit, but the checking habit transfers. Mark the task's direction before reading options. Avoid treating an extreme claim as automatically the exception; a passage could explicitly state an extreme claim. The decisive issue is the actual textual basis, not a general preference for moderate wording.
Many distractors begin with accurate content and then add an unsupported clause. A study may improve one measured task, while the option continues by claiming that all interfaces should be replaced immediately. The first part does not validate the second. Read the entire candidate.
Locate the first word that goes beyond the evidence: every, only, because, immediately, impossible or best may reveal the shift. Sometimes the added commitment is a changed population rather than an emphatic word. Compare the exact subjects as well as the modifiers. This focused check is especially useful when two answers share much of their wording but differ in one consequential qualification.
When someone summarizes a study, compare the summary's population, outcome and certainty with the original wording. A report about one task can become misleading when retold as a general success claim. A cautious recommendation can likewise be misrepresented as either a complete endorsement or a complete rejection.
The automatic records check bounded judgments about supplied passages. They do not assess an independently written literature review. Review a mistake by locating the sentence that supports the correct answer and the first unsupported commitment in the wrong one. If the error came from vocabulary, substitute the intended meaning back into the sentence. If it came from scope, name the exact group or condition lost in paraphrase. On a later passage, retrieve those checks before relying on a remembered phrase from an earlier paragraph.
Outside knowledge, a familiar definition and a plausible causal story are not substitutes for textual support. Keep observation, mechanism, generalization and recommendation distinct.
Read the passage and question.
The hypothetical survey included visitors entering before noon on weekdays. It did not include weekend visitors. Respondents were asked about seating, not ticket prices.
Which statement is explicitly supported?
The survey's coverage and topic are stated; excluded visitors' opinions are not.
Compare the five proposed answers.
1: Weekend visitors were excluded from the survey. 2: Weekend visitors oppose new seating. 3: Ticket prices were the main survey topic. 4: Every weekday visitor responded. 5: The museum never opens after noon.
Apply the question's test to each option; do not choose solely by shared vocabulary.
Explain the best answer.
Weekend visitors were excluded from the survey.
The second sentence directly states the exclusion.
Account for every rejected answer.
2: Their views were not surveyed. 3: The passage explicitly says they were not. 4: Inclusion of a group does not state universal response. 5: Survey coverage does not determine opening hours.
Each rejection identifies a specific mismatch with the passage or task.
Read the passage and question.
The author calls the model provisional because it fits the observed cases but has not been tested against later data. Provisional does not mean arbitrary: the initial fit gives a reason to investigate further.
In context, what does provisional most nearly mean?
Provisional preserves initial support and the need for further testing.
Compare the five proposed answers.
1: Supported enough to consider but still subject to further testing. 2: Known to be false. 3: Chosen without any evidence. 4: Impossible to revise. 5: Applicable to every future case with certainty.
Apply the question's test to each option; do not choose solely by shared vocabulary.
Explain the best answer.
Supported enough to consider but still subject to further testing.
The passage distinguishes initial support from final confirmation.
Account for every rejected answer.
2: No falsification is stated. 3: The author explicitly denies arbitrariness. 4: Further testing leaves revision open. 5: Later data have not yet been tested.
Each rejection identifies a specific mismatch with the passage or task.
Read the passage and question.
The report found that a warning label improved identification of one hazard in a laboratory task. It did not measure behavior outside the laboratory or recognition of other hazards. The authors recommend studying those questions separately.
Which inference is supported?
A laboratory attention result does not establish behavior outside that setting.
Compare the five proposed answers.
1: The reported finding alone does not establish effects on real-world behavior. 2: The label has no possible real-world effect. 3: All hazards became easier to identify. 4: The authors deny the laboratory result. 5: The label was tested in every workplace.
Apply the question's test to each option; do not choose solely by shared vocabulary.
Explain the best answer.
The reported finding alone does not establish effects on real-world behavior.
The relevant behavior was outside the measured outcome and setting.
Account for every rejected answer.
2: Unmeasured does not mean absent. 3: Only one hazard was measured. 4: They preserve the finding while limiting its scope. 5: The study was laboratory-based.
Each rejection identifies a specific mismatch with the passage or task.
Check the difficult boundary.
Not measured does not mean no effect; the evidence leaves that question open.
This last check preserves the exact strength and scope of the answer rather than turning it into a broader claim.
Locate the measured result.
A report found better recognition on large screens and did not test small screens.
The finding is tied to one display condition.
State a supported inference.
The reported evidence alone does not establish the same benefit on small screens.
The untested condition remains open.
Reject an overcorrection.
[1] A hypothetical research team compared the survival of seedlings planted beneath artificial shade with that of seedlings planted in open plots. The shaded seedlings survived more often during the first dry month. Because the experiment used randomly assigned plots with similar soil, the team regarded the result as evidence that shade could improve early survival under the tested conditions. The report did not claim that shade was beneficial at every stage of growth or in every climate. [2] The team measured soil moisture weekly. Shaded plots retained more moisture between waterings, a finding consistent with reduced evaporation as one possible mechanism. However, the experiment did not separately manipulate evaporation while holding every other consequence of shade constant. Shade also changes light availability and can change temperature. The moisture measurements therefore supported a plausible explanation without establishing that moisture retention was the only pathway responsible for the survival difference. [3] A second phase followed the surviving plants after the dry period. Growth rates then differed less consistently between the groups. This did not erase the earlier survival result: survival during a particular month and later growth rate are distinct outcomes. It did, however, limit a simple recommendation to shade every seedling indefinitely. A practice useful during an establishment period might need to change as the plants' needs and environmental conditions changed. [4] The researchers recommended additional trials across seasons and species before adopting a broad planting policy. They also noted that the artificial shade structures were kept in good repair throughout the experiment. A community program unable to maintain such structures might not reproduce the same conditions. These qualifications are not admissions that the experiment taught nothing. Rather, they identify what the evidence supports and what remains to be tested. The central contribution is a bounded result about early survival, accompanied by a plausible but incompletely isolated mechanism. Reading the report as either a universal endorsement of shade or a complete failure would discard the distinctions that make the study informative. The next useful question is which conditions preserve the benefit and which change its costs, not whether one limited finding can settle every planting decision. Which statement is explicitly supported by the report as described?
An archive marks a letter's date as confirmed only when an independent record supports it. An author's handwritten date is useful evidence, but the archive does not treat it as sufficient on its own. Letters without confirmation remain available to researchers with a note explaining the uncertainty. A newly acquired letter bears the handwritten date 14 April. No independent record has yet been found. The archive has entered the letter in its catalogue with the date marked unconfirmed. This label does not mean the handwritten date is false; it reports the present state of corroboration. A later discovery could change the label without changing the letter itself. Researchers who compare events across several letters must distinguish an uncertain date from a demonstrated chronological contradiction. Which inference is best supported by the passage? (1) The handwritten date must be false. (2) Any handwritten date automatically satisfies the archive's confirmation rule. (3) The letter cannot ever receive a confirmed date. (4) The archive changes the text of every uncertain letter. (5) The archive can make a letter available without accepting its date as confirmed. Locate the precise supporting sentences and reject any added quantity, cause, population or certainty not established there. Complete the method with the number of the best answer.
Name the precise task.
Locate the precise supporting sentences and reject any added quantity, cause, population or certainty not established there.
The question determines what would count as a successful answer.
Compare the candidates against the target.
Best answer: answer.
Preserve quantities, speaker attribution and the exact conclusion or passage claim.
Check the strongest rival.
Explain which required connection that rival lacks.
A defensible rejection exposes the misconception rather than memorizing an option number.
Researchers studying a migratory bird used recordings from twelve monitoring stations. Six stations operated throughout both spring months. The other six began recording halfway through the second month. The report excluded the late-starting stations when comparing arrival dates between the two months, but used all twelve stations to describe calls recorded during the final two weeks. This separation matters because a missing early recording can reflect an inactive recorder rather than an absent bird. Using only continuously operating stations does not eliminate every source of uncertainty: equipment failures and differences in call detection remain possible. It does, however, avoid treating a station's scheduled silence as direct evidence about migration. The report makes no claim that the twelve stations represent every habitat along the migration route. Which statement about the report is explicitly supported? (1) It used all twelve stations to compare arrival dates across both months. (2) All stations operated continuously throughout both months. (3) It proved equipment failures never occurred. (4) It established that every habitat was represented. (5) It used all twelve stations for its description of the final two weeks. Enter Y for the best answer to the question and N for each rejected alternative. Then identify the question kind. Task codes: AR argument parts; NA necessary assumption; SA sufficient assumption; ST strengthen; WE weaken; FL flaw; IN inference; PR principle; PA parallel; RE resolve; ME method or role; DI disagreement; EV evaluate; AN analogy; MU misunderstanding; MP main point or structure; DE detail or supported reading inference; CO compare passages; AT attitude or application; VC words and rhetorical purpose; RP passage principles and analogies; NE new evidence in reading; WR writing-plan analysis. These analysis records are instructional exercises, not the official response format.
| Analysis | Y/N or task code |
|---|---|
| Alternative 1 | |
| Alternative 2 | |
| Alternative 3 | |
| Alternative 4 | |
| Alternative 5 | |
| Question kind |
[1] A hypothetical research team compared the survival of seedlings planted beneath artificial shade with that of seedlings planted in open plots. The shaded seedlings survived more often during the first dry month. Because the experiment used randomly assigned plots with similar soil, the team regarded the result as evidence that shade could improve early survival under the tested conditions. The report did not claim that shade was beneficial at every stage of growth or in every climate. [2] The team measured soil moisture weekly. Shaded plots retained more moisture between waterings, a finding consistent with reduced evaporation as one possible mechanism. However, the experiment did not separately manipulate evaporation while holding every other consequence of shade constant. Shade also changes light availability and can change temperature. The moisture measurements therefore supported a plausible explanation without establishing that moisture retention was the only pathway responsible for the survival difference. [3] A second phase followed the surviving plants after the dry period. Growth rates then differed less consistently between the groups. This did not erase the earlier survival result: survival during a particular month and later growth rate are distinct outcomes. It did, however, limit a simple recommendation to shade every seedling indefinitely. A practice useful during an establishment period might need to change as the plants' needs and environmental conditions changed. [4] The researchers recommended additional trials across seasons and species before adopting a broad planting policy. They also noted that the artificial shade structures were kept in good repair throughout the experiment. A community program unable to maintain such structures might not reproduce the same conditions. These qualifications are not admissions that the experiment taught nothing. Rather, they identify what the evidence supports and what remains to be tested. The central contribution is a bounded result about early survival, accompanied by a plausible but incompletely isolated mechanism. Reading the report as either a universal endorsement of shade or a complete failure would discard the distinctions that make the study informative. The next useful question is which conditions preserve the benefit and which change its costs, not whether one limited finding can settle every planting decision. Which statement is explicitly supported by the report as described?
[1] A hypothetical research team compared the survival of seedlings planted beneath artificial shade with that of seedlings planted in open plots. The shaded seedlings survived more often during the first dry month. Because the experiment used randomly assigned plots with similar soil, the team regarded the result as evidence that shade could improve early survival under the tested conditions. The report did not claim that shade was beneficial at every stage of growth or in every climate. [2] The team measured soil moisture weekly. Shaded plots retained more moisture between waterings, a finding consistent with reduced evaporation as one possible mechanism. However, the experiment did not separately manipulate evaporation while holding every other consequence of shade constant. Shade also changes light availability and can change temperature. The moisture measurements therefore supported a plausible explanation without establishing that moisture retention was the only pathway responsible for the survival difference. [3] A second phase followed the surviving plants after the dry period. Growth rates then differed less consistently between the groups. This did not erase the earlier survival result: survival during a particular month and later growth rate are distinct outcomes. It did, however, limit a simple recommendation to shade every seedling indefinitely. A practice useful during an establishment period might need to change as the plants' needs and environmental conditions changed. [4] The researchers recommended additional trials across seasons and species before adopting a broad planting policy. They also noted that the artificial shade structures were kept in good repair throughout the experiment. A community program unable to maintain such structures might not reproduce the same conditions. These qualifications are not admissions that the experiment taught nothing. Rather, they identify what the evidence supports and what remains to be tested. The central contribution is a bounded result about early survival, accompanied by a plausible but incompletely isolated mechanism. Reading the report as either a universal endorsement of shade or a complete failure would discard the distinctions that make the study informative. The next useful question is which conditions preserve the benefit and which change its costs, not whether one limited finding can settle every planting decision. Which inference about the authors' recommendation is best supported?
Researchers studying a migratory bird used recordings from twelve monitoring stations. Six stations operated throughout both spring months. The other six began recording halfway through the second month. The report excluded the late-starting stations when comparing arrival dates between the two months, but used all twelve stations to describe calls recorded during the final two weeks. This separation matters because a missing early recording can reflect an inactive recorder rather than an absent bird. Using only continuously operating stations does not eliminate every source of uncertainty: equipment failures and differences in call detection remain possible. It does, however, avoid treating a station's scheduled silence as direct evidence about migration. The report makes no claim that the twelve stations represent every habitat along the migration route. Which statement about the report is explicitly supported?
An archive marks a letter's date as confirmed only when an independent record supports it. An author's handwritten date is useful evidence, but the archive does not treat it as sufficient on its own. Letters without confirmation remain available to researchers with a note explaining the uncertainty. A newly acquired letter bears the handwritten date 14 April. No independent record has yet been found. The archive has entered the letter in its catalogue with the date marked unconfirmed. This label does not mean the handwritten date is false; it reports the present state of corroboration. A later discovery could change the label without changing the letter itself. Researchers who compare events across several letters must distinguish an uncertain date from a demonstrated chronological contradiction. Which inference is best supported by the passage?
[1] Maps of urban sound often represent a district by the average loudness measured there. This is a useful administrative simplification: a single measure permits comparison across neighborhoods and can identify places where sustained noise warrants attention. Yet an average treats sounds with different meanings as interchangeable contributions to a total. A bus braking, a market conversation and a brief public performance can produce similar readings while being experienced very differently. The question is not whether loudness matters, but whether it exhausts what a sound map ought to show. [2] In a hypothetical neighborhood project, residents annotated recordings with the activity they believed each sound represented. Their descriptions sometimes disagreed. One listener called a repeated mechanical sound an irritating disturbance; another identified it as the familiar signal that a local workshop had opened. The disagreement did not make the measurements inaccurate. It showed that a measurement and an interpretation answer different questions. A map concerned only with exposure levels can remain technically sound while leaving the social significance of the sounds unexplored. [3] Some advocates of participatory mapping would replace numerical maps with collections of residents' accounts. That proposal goes too far. People who volunteer their accounts may not represent everyone who lives or works nearby, and a memorable sound may receive attention out of proportion to its duration. Numerical measurements provide an important check on such selectivity. They also permit comparisons that a collection of narratives alone may not support. The limitations of an average therefore do not justify abandoning measurement. [4] A better approach is to place the two forms of evidence alongside one another. Measurements can describe intensity and duration, while attributed accounts can reveal how particular groups interpret the activities producing the sound. Neither layer should be silently treated as a substitute for the other. When the layers conflict, the conflict can identify a question for further inquiry: perhaps a short but meaningful sound is being lost in the average, or perhaps an especially vocal group is dominating the accounts. The value of the combined map lies in making those distinctions inspectable, not in guaranteeing that every dispute over neighborhood sound will disappear. Such a map may require more explanation than a single colored scale, but it can also support decisions that acknowledge both exposure and use of shared space. Which distinction does the workshop example explicitly preserve?
[1] Restoring a public mural is sometimes described as returning it to a single original state. That description is attractive because it makes the restorer's task appear straightforward: identify what the artist first painted and remove everything that came later. In practice, a mural may have been revised by its artist, repaired by a later community group and altered by decades of weather. The phrase original state can conceal choices about which moment deserves priority. [2] This difficulty does not make restoration arbitrary. Paint analysis, photographs and records of earlier repairs can constrain what a responsible restorer may claim. The evidence may establish that one color belongs to a later repair or that a visible outline was changed by the artist. Such findings matter. They do not, by themselves, decide whether every later intervention should be removed. A community repair can be both later than the initial painting and significant to the mural's subsequent history. [3] Some commentators infer from this complexity that restorers should never intervene. That response mistakes the absence of a uniquely dictated choice for the absence of any justified choice. Leaving a surface untouched can itself allow continuing deterioration and may privilege whichever past intervention happens to remain most visible. The relevant comparison is among available actions, including inaction, and the evidence and values supporting each. [4] A defensible restoration should therefore explain its target state, the evidence for that choice and the historical information its intervention may obscure. Documentation can preserve a record of removed layers even when preserving every layer physically is impossible. This approach does not eliminate disagreement, nor does it promise that future researchers will endorse the same priorities. It makes the decision accountable. Restorers should be confident enough to act when the reasons support action, but modest enough to record uncertainty and avoid presenting a contestable reconstruction as an unmediated return of the past. The achievement is not the disappearance of judgment; it is judgment made visible and open to examination. A public explanation of the alternatives can be as important to that accountability as the technical quality of the finished surface. Which inference about leaving the mural untouched is supported?
Passage A [1] A public archive should make accurate digital copies of fragile documents widely available. Restricting access to visitors able to travel to a reading room limits who can investigate the collection. A searchable copy can also reveal connections among documents that would be difficult to locate by handling one folder at a time. These are substantial gains even when a copy cannot reproduce every physical feature of the original. [2] Critics correctly observe that paper texture, binding and marks of use can matter to research. This is a reason to preserve originals and describe what a digital copy omits, not a reason to withhold the copy. The access question should not be confused with a claim of perfect substitution. An archive can broaden access while maintaining a route for researchers whose questions require physical inspection. Limited resources make priorities necessary, but the default should favor sharing reliable copies with clear descriptions of their limits. Passage B [1] Digitization can greatly expand access to an archive, but the usefulness of that access depends on how copies are described and organized. A scan detached from information about its original order or later alteration may invite a mistaken interpretation. Search systems also encourage users to retrieve isolated matches, which can obscure the relation between one document and the surrounding collection. More searchable material is therefore not automatically more intelligible evidence. [2] These problems do not justify closing digital collections. They require investment in descriptions, links to collection context and explanations of uncertainty. A well-designed interface can show that a document was later annotated or that its present folder differs from its original location. Researchers then gain access to evidence and to information needed to interpret it. Institutions should judge a digitization project partly by the quality of those contextual supports rather than by the number of images uploaded alone. Preserving physical originals remains important, but the immediate problem discussed here is how digital access can retain meaningful context rather than encourage users to mistake a searchable fragment for a self-contained record. Which reason for preserving originals is explicitly recognized by A?
[1] Maps of urban sound often represent a district by the average loudness measured there. This is a useful administrative simplification: a single measure permits comparison across neighborhoods and can identify places where sustained noise warrants attention. Yet an average treats sounds with different meanings as interchangeable contributions to a total. A bus braking, a market conversation and a brief public performance can produce similar readings while being experienced very differently. The question is not whether loudness matters, but whether it exhausts what a sound map ought to show. [2] In a hypothetical neighborhood project, residents annotated recordings with the activity they believed each sound represented. Their descriptions sometimes disagreed. One listener called a repeated mechanical sound an irritating disturbance; another identified it as the familiar signal that a local workshop had opened. The disagreement did not make the measurements inaccurate. It showed that a measurement and an interpretation answer different questions. A map concerned only with exposure levels can remain technically sound while leaving the social significance of the sounds unexplored. [3] Some advocates of participatory mapping would replace numerical maps with collections of residents' accounts. That proposal goes too far. People who volunteer their accounts may not represent everyone who lives or works nearby, and a memorable sound may receive attention out of proportion to its duration. Numerical measurements provide an important check on such selectivity. They also permit comparisons that a collection of narratives alone may not support. The limitations of an average therefore do not justify abandoning measurement. [4] A better approach is to place the two forms of evidence alongside one another. Measurements can describe intensity and duration, while attributed accounts can reveal how particular groups interpret the activities producing the sound. Neither layer should be silently treated as a substitute for the other. When the layers conflict, the conflict can identify a question for further inquiry: perhaps a short but meaningful sound is being lost in the average, or perhaps an especially vocal group is dominating the accounts. The value of the combined map lies in making those distinctions inspectable, not in guaranteeing that every dispute over neighborhood sound will disappear. Such a map may require more explanation than a single colored scale, but it can also support decisions that acknowledge both exposure and use of shared space. Which inference about a combined map is most supported?
A hypothetical trial compared two labels on otherwise identical packages. Participants noticed the larger warning more often, but the trial did not measure whether they changed their behavior. The report describes the attention result as encouraging and recommends a separate behavior study. Which inference is supported? (1) Nobody noticed either warning. (2) The larger warning caused every participant to act safely. (3) The labels were on different products. (4) The authors rejected further research. (5) Greater noticeability alone does not establish a measured behavior change in this trial. Enter Y for the best answer to the question and N for each rejected alternative. Then identify the question kind. Task codes: AR argument parts; NA necessary assumption; SA sufficient assumption; ST strengthen; WE weaken; FL flaw; IN inference; PR principle; PA parallel; RE resolve; ME method or role; DI disagreement; EV evaluate; AN analogy; MU misunderstanding; MP main point or structure; DE detail or supported reading inference; CO compare passages; AT attitude or application; VC words and rhetorical purpose; RP passage principles and analogies; NE new evidence in reading; WR writing-plan analysis. These analysis records are instructional exercises, not the official response format.
| Analysis | Y/N or task code |
|---|---|
| Alternative 1 | |
| Alternative 2 | |
| Alternative 3 | |
| Alternative 4 | |
| Alternative 5 | |
| Question kind |
Lesson test: one question per skill, one attempt each, no hints. Your answers are checked when you submit.
A hypothetical materials team tests a coating under repeated heating and cooling. Coated samples develop fewer cracks than untreated samples during the laboratory cycles. The team calls this a promising result, but resists describing the coating as a universal solution to outdoor damage. The chamber controls humidity and excludes sunlight. In actual use, moisture and light could interact with temperature changes. The experiment therefore identifies performance within a defined environment; it does not establish how every combination of outdoor conditions will affect the surface. Calling the chamber artificial is not a refutation of the measured result. It identifies why further tests are needed before extending the result. The researchers propose a second series that varies moisture while preserving the thermal cycles. They also recommend inspecting samples after longer periods, since a coating that delays cracking may not prevent it indefinitely. These are distinct questions: whether the benefit persists under another environmental condition, and whether it persists over time. Neither question is answered merely by reproducing the original short, dry-chamber test. The value of a controlled result is that it supplies a starting point for discriminating among these possibilities rather than making them disappear. Which inference about the proposed moisture tests is supported? (1) They address an environmental condition not varied in the original controlled chamber. (2) They alone will establish indefinite protection. (3) They must show that the coating is harmful. (4) They make the original observations false. (5) They are unnecessary because sunlight was excluded. Enter Y for the best answer to the question and N for each rejected alternative. Then identify the question kind. Task codes: AR argument parts; NA necessary assumption; SA sufficient assumption; ST strengthen; WE weaken; FL flaw; IN inference; PR principle; PA parallel; RE resolve; ME method or role; DI disagreement; EV evaluate; AN analogy; MU misunderstanding; MP main point or structure; DE detail or supported reading inference; CO compare passages; AT attitude or application; VC words and rhetorical purpose; RP passage principles and analogies; NE new evidence in reading; WR writing-plan analysis. These analysis records are instructional exercises, not the official response format.
| Analysis | Y/N or task code |
|---|---|
| Alternative 1 | |
| Alternative 2 | |
| Alternative 3 | |
| Alternative 4 | |
| Alternative 5 | |
| Question kind |
Tomorrow, distinguish explicitly stated, supported inference and not established using a new paragraph. Next: compare two authors without blending their voices.
17. Preserve the reported condition, step 3
The passage does not show that small screens make improvement impossible.
Absence of a test is not proof of the opposite result.