LETRS Unit 7 Mastery Test
Bank: 2026-2027 Text-Driven
Comprehension Protocol
PART I: THE PRIMER
Mastering Text-Driven Comprehension Instruction elevates the practitioner from a passive
deliverer of curricula to a master architect of cognitive models. In the 2026/2027 regulatory
environment, this expertise is the definitive mechanism for securing advanced literacy outcomes
and ensuring strict compliance with stringent new Science of Reading mandates.
The "Panic Button" Cheat Sheet:
● The Kintsch CI Model: Comprehension traverses three operational phases: Surface
Code (verbatim syntax), Textbase (literal propositions), and the Situation Model
(integration with background knowledge).
● Three-Cueing (MSV) Prohibition: 2026/2027 legislation strictly outlaws Meaning,
Structure, and Visual (MSV) guessing strategies in core instruction.
● Text-Driven Protocol: Comprehension strategies are subordinate to the text; they must
never be taught in decontextualized isolation.
● Inference Hierarchy: Bridging inferences are structurally mandatory for text coherence;
elaborative inferences are optional cognitive enhancements.
PART II: THE ELITE TEST BANK
Q1: According to the Kintsch Construction-Integration Model, which level of cognitive
representation is achieved when a reader extracts the literal, propositional meaning of a
sentence while glossing over the exact verbatim syntax? A) The Surface Code B) The
Textbase C) The Situation Model D) The Elaborative Network
● The Answer: B
● Distractor Analysis: Option A refers to exact wording and syntax, which decays rapidly
from working memory and is not the propositional meaning. Option C represents the
deepest level where background knowledge is fully integrated with the text, moving
beyond the literal propositions. Option D is a fabricated distractor mirroring the concept of
elaborative inferences, not a core phase of the Kintsch model.
● The Mentor's Analysis: The Textbase preserves the meaning of explicit propositions in a
stripped-down format, connecting sentences via argument overlap. In professional
practice, isolating a comprehension failure at the Textbase level allows the educator to
determine if a student is failing to link subject pronouns to their antecedents, which is a
structural deficit rather than a background knowledge deficit.
Cognitive Level Description Retention Duration
Surface Code Exact wording, syntax, and Fleeting; decays rapidly from
structural phrasing. working memory.
,Cognitive Level Description Retention Duration
Textbase Literal meaning; interconnected Moderate; retains the factual
propositions. architecture.
Situation Model Integration of textbase with Long-term; constitutes enduring
prior knowledge. comprehension.
Q2: Under the 2026/2027 Science of Reading legislative mandates enforced in
jurisdictions such as Ohio, Maryland, and Virginia, which instructional practice is strictly
prohibited and classified as a compliance violation during core literacy instruction? A)
Utilizing explicit phoneme-grapheme mapping for decoding unfamiliar vocabulary. B) Prompting
a student to guess an unknown word using meaning, structure, and visual cues (MSV). C)
Integrating systematic morphological awareness tasks into daily literacy blocks. D)
Implementing state-approved universal screeners three times per academic year.
● The Answer: B
● Distractor Analysis: Options A and C are the foundational pillars of Structured Literacy
and are highly endorsed by 2026 mandates. Option D is a statutory requirement under
laws like the Maryland PreK-3 Literacy Policy. Option B relies on debunked, harmful
methodologies.
● The Mentor's Analysis: The "three-cueing" system (MSV) diverts a student's cognitive
attention away from orthographic mapping and encourages compensatory guessing
strategies. Legislation explicitly bans this because neurocognitive imaging demonstrates
that proficient readers process every letter. MSV is now a regulatory liability.
Q3: How should the proportional allocation of instructional time between foundational
reading skills and language comprehension systematically shift for typical learners
between first grade and third grade? A) The time spent on foundational skills should remain
static at 50% to ensure decoding automaticity. B) The time spent on foundational skills should
increase from 20% to 40% as texts become more complex. C) The time spent on foundational
skills should shift from approximately 40% in first grade to 20% in third grade. D) Language
comprehension should receive 100% of the instructional block by the middle of second grade.
● The Answer: C
● Distractor Analysis: Option A ignores the developmental trajectory of orthographic
mapping and limits language exposure. Option B reverses the natural progression of
literacy acquisition. Option D prematurely abandons advanced phonics and multisyllabic
decoding, which remain necessary through third grade and beyond.
● The Mentor's Analysis: As students secure basic decoding automaticity, the instructional
burden must strategically pivot toward vocabulary, syntax, and macroprocessing to build
the Situation Model. LETRS Unit 7 dictates this precise 40-to-20 percent tapering to
respect the Simple View of Reading framework, ensuring that cognitive resources are
increasingly allocated to language comprehension.
Q4: Which criterion is considered the highest priority when a practitioner selects
high-quality, worthwhile texts for read-alouds or mediated text reading? A) The text aligns
perfectly with the isolated comprehension strategy designated for the week. B) The text has
layers of meaning and complex ideas that can be explored through several readings. C) The
text is written exactly at the independent readability level of the lowest-performing cohort. D)
The text minimizes unfamiliar vocabulary to ensure uninterrupted fluency.
● The Answer: B
● Distractor Analysis: Option A reflects the obsolete "strategy-focused" approach that
text-driven comprehension rejects. Option C conflates independent reading practice with
, teacher-mediated read-alouds, which must inherently be more complex. Option D
removes the necessary linguistic friction required for lexical growth.
● The Mentor's Analysis: Text-Driven Comprehension Instruction mandates the use of
complex, enduring texts. The practitioner acts as a mediator, navigating the text's
linguistic challenges (syntax, semantics) over multiple reads to build a rich Situation
Model. Texts devoid of layered meaning cannot sustain this cognitive architecture and
result in shallow processing.
Q5: According to the National Reading Panel and subsequent LETRS research analyses,
which macroprocessing strategy is proven to be more effective than others for
solidifying long-term comprehension? A) Having students rapidly skim the text to locate
bolded vocabulary words. B) Having students answer isolated, multiple-choice recall questions
immediately after reading. C) Having students retell or summarize the overarching main ideas of
what they have read. D) Having students silently reread the text without any directed output.
● The Answer: C
● Distractor Analysis: Option A promotes shallow "Surface Code" interaction without
integration. Option B tests memory without demanding synthesis. Option D lacks the
active transformation of information necessary to embed the text into long-term memory
structures.
● The Mentor's Analysis: Summarization and retelling force the brain into
"macroprocessing"—selecting key ideas, ordering them sequentially, and transforming
them into a synthesized mental construct. This reconstructive effort is the exact
neurocognitive mechanism by which temporary textbases are converted into durable,
accessible knowledge.
Q6: In the context of the Kintsch model, which of the following is defined as a "bridging
inference"? A) An optional assumption a reader makes about a character's future actions
based on personal experience. B) A mandatory cognitive link the reader must generate to
connect two explicitly stated propositions to maintain text coherence. C) A visual representation
drawn by the student to map the surface code of a text. D) A phonological bridge between a
grapheme and its corresponding morpheme.
● The Answer: B
● Distractor Analysis: Option A defines an "elaborative inference," which enriches but is
not strictly required for basic understanding. Option C is a visualization strategy. Option D
misapplies decoding terminology to a macro-comprehension concept.
● The Mentor's Analysis: Bridging inferences are the mortar of the Textbase. If Sentence
A says, "The vase fell," and Sentence B says, "The glass shattered," the reader must
independently build the bridging inference that the vase was made of glass to maintain
coherence. Identifying when a student lacks the background knowledge to build these
mandatory bridges is a master-level diagnostic skill.
Q7: Which of the following best defines the "Cognitive Moat" regarding text cohesion and
coherence? A) Cohesion refers to the logical mental model in the reader's mind, while
coherence refers to the grammatical links on the page. B) Cohesion refers to the explicit
grammatical and lexical links on the page, while coherence refers to the unified mental model
constructed by the reader. C) Cohesion and coherence are interchangeable terms for decoding
automaticity. D) The cognitive moat is the gap between a student's lexile score and their
chronological age.
● The Answer: B
● Distractor Analysis: Option A inverses the definitions, showcasing a critical lack of
diagnostic precision. Option C incorrectly categorizes comprehension mechanics as
Bank: 2026-2027 Text-Driven
Comprehension Protocol
PART I: THE PRIMER
Mastering Text-Driven Comprehension Instruction elevates the practitioner from a passive
deliverer of curricula to a master architect of cognitive models. In the 2026/2027 regulatory
environment, this expertise is the definitive mechanism for securing advanced literacy outcomes
and ensuring strict compliance with stringent new Science of Reading mandates.
The "Panic Button" Cheat Sheet:
● The Kintsch CI Model: Comprehension traverses three operational phases: Surface
Code (verbatim syntax), Textbase (literal propositions), and the Situation Model
(integration with background knowledge).
● Three-Cueing (MSV) Prohibition: 2026/2027 legislation strictly outlaws Meaning,
Structure, and Visual (MSV) guessing strategies in core instruction.
● Text-Driven Protocol: Comprehension strategies are subordinate to the text; they must
never be taught in decontextualized isolation.
● Inference Hierarchy: Bridging inferences are structurally mandatory for text coherence;
elaborative inferences are optional cognitive enhancements.
PART II: THE ELITE TEST BANK
Q1: According to the Kintsch Construction-Integration Model, which level of cognitive
representation is achieved when a reader extracts the literal, propositional meaning of a
sentence while glossing over the exact verbatim syntax? A) The Surface Code B) The
Textbase C) The Situation Model D) The Elaborative Network
● The Answer: B
● Distractor Analysis: Option A refers to exact wording and syntax, which decays rapidly
from working memory and is not the propositional meaning. Option C represents the
deepest level where background knowledge is fully integrated with the text, moving
beyond the literal propositions. Option D is a fabricated distractor mirroring the concept of
elaborative inferences, not a core phase of the Kintsch model.
● The Mentor's Analysis: The Textbase preserves the meaning of explicit propositions in a
stripped-down format, connecting sentences via argument overlap. In professional
practice, isolating a comprehension failure at the Textbase level allows the educator to
determine if a student is failing to link subject pronouns to their antecedents, which is a
structural deficit rather than a background knowledge deficit.
Cognitive Level Description Retention Duration
Surface Code Exact wording, syntax, and Fleeting; decays rapidly from
structural phrasing. working memory.
,Cognitive Level Description Retention Duration
Textbase Literal meaning; interconnected Moderate; retains the factual
propositions. architecture.
Situation Model Integration of textbase with Long-term; constitutes enduring
prior knowledge. comprehension.
Q2: Under the 2026/2027 Science of Reading legislative mandates enforced in
jurisdictions such as Ohio, Maryland, and Virginia, which instructional practice is strictly
prohibited and classified as a compliance violation during core literacy instruction? A)
Utilizing explicit phoneme-grapheme mapping for decoding unfamiliar vocabulary. B) Prompting
a student to guess an unknown word using meaning, structure, and visual cues (MSV). C)
Integrating systematic morphological awareness tasks into daily literacy blocks. D)
Implementing state-approved universal screeners three times per academic year.
● The Answer: B
● Distractor Analysis: Options A and C are the foundational pillars of Structured Literacy
and are highly endorsed by 2026 mandates. Option D is a statutory requirement under
laws like the Maryland PreK-3 Literacy Policy. Option B relies on debunked, harmful
methodologies.
● The Mentor's Analysis: The "three-cueing" system (MSV) diverts a student's cognitive
attention away from orthographic mapping and encourages compensatory guessing
strategies. Legislation explicitly bans this because neurocognitive imaging demonstrates
that proficient readers process every letter. MSV is now a regulatory liability.
Q3: How should the proportional allocation of instructional time between foundational
reading skills and language comprehension systematically shift for typical learners
between first grade and third grade? A) The time spent on foundational skills should remain
static at 50% to ensure decoding automaticity. B) The time spent on foundational skills should
increase from 20% to 40% as texts become more complex. C) The time spent on foundational
skills should shift from approximately 40% in first grade to 20% in third grade. D) Language
comprehension should receive 100% of the instructional block by the middle of second grade.
● The Answer: C
● Distractor Analysis: Option A ignores the developmental trajectory of orthographic
mapping and limits language exposure. Option B reverses the natural progression of
literacy acquisition. Option D prematurely abandons advanced phonics and multisyllabic
decoding, which remain necessary through third grade and beyond.
● The Mentor's Analysis: As students secure basic decoding automaticity, the instructional
burden must strategically pivot toward vocabulary, syntax, and macroprocessing to build
the Situation Model. LETRS Unit 7 dictates this precise 40-to-20 percent tapering to
respect the Simple View of Reading framework, ensuring that cognitive resources are
increasingly allocated to language comprehension.
Q4: Which criterion is considered the highest priority when a practitioner selects
high-quality, worthwhile texts for read-alouds or mediated text reading? A) The text aligns
perfectly with the isolated comprehension strategy designated for the week. B) The text has
layers of meaning and complex ideas that can be explored through several readings. C) The
text is written exactly at the independent readability level of the lowest-performing cohort. D)
The text minimizes unfamiliar vocabulary to ensure uninterrupted fluency.
● The Answer: B
● Distractor Analysis: Option A reflects the obsolete "strategy-focused" approach that
text-driven comprehension rejects. Option C conflates independent reading practice with
, teacher-mediated read-alouds, which must inherently be more complex. Option D
removes the necessary linguistic friction required for lexical growth.
● The Mentor's Analysis: Text-Driven Comprehension Instruction mandates the use of
complex, enduring texts. The practitioner acts as a mediator, navigating the text's
linguistic challenges (syntax, semantics) over multiple reads to build a rich Situation
Model. Texts devoid of layered meaning cannot sustain this cognitive architecture and
result in shallow processing.
Q5: According to the National Reading Panel and subsequent LETRS research analyses,
which macroprocessing strategy is proven to be more effective than others for
solidifying long-term comprehension? A) Having students rapidly skim the text to locate
bolded vocabulary words. B) Having students answer isolated, multiple-choice recall questions
immediately after reading. C) Having students retell or summarize the overarching main ideas of
what they have read. D) Having students silently reread the text without any directed output.
● The Answer: C
● Distractor Analysis: Option A promotes shallow "Surface Code" interaction without
integration. Option B tests memory without demanding synthesis. Option D lacks the
active transformation of information necessary to embed the text into long-term memory
structures.
● The Mentor's Analysis: Summarization and retelling force the brain into
"macroprocessing"—selecting key ideas, ordering them sequentially, and transforming
them into a synthesized mental construct. This reconstructive effort is the exact
neurocognitive mechanism by which temporary textbases are converted into durable,
accessible knowledge.
Q6: In the context of the Kintsch model, which of the following is defined as a "bridging
inference"? A) An optional assumption a reader makes about a character's future actions
based on personal experience. B) A mandatory cognitive link the reader must generate to
connect two explicitly stated propositions to maintain text coherence. C) A visual representation
drawn by the student to map the surface code of a text. D) A phonological bridge between a
grapheme and its corresponding morpheme.
● The Answer: B
● Distractor Analysis: Option A defines an "elaborative inference," which enriches but is
not strictly required for basic understanding. Option C is a visualization strategy. Option D
misapplies decoding terminology to a macro-comprehension concept.
● The Mentor's Analysis: Bridging inferences are the mortar of the Textbase. If Sentence
A says, "The vase fell," and Sentence B says, "The glass shattered," the reader must
independently build the bridging inference that the vase was made of glass to maintain
coherence. Identifying when a student lacks the background knowledge to build these
mandatory bridges is a master-level diagnostic skill.
Q7: Which of the following best defines the "Cognitive Moat" regarding text cohesion and
coherence? A) Cohesion refers to the logical mental model in the reader's mind, while
coherence refers to the grammatical links on the page. B) Cohesion refers to the explicit
grammatical and lexical links on the page, while coherence refers to the unified mental model
constructed by the reader. C) Cohesion and coherence are interchangeable terms for decoding
automaticity. D) The cognitive moat is the gap between a student's lexile score and their
chronological age.
● The Answer: B
● Distractor Analysis: Option A inverses the definitions, showcasing a critical lack of
diagnostic precision. Option C incorrectly categorizes comprehension mechanics as
