LETRS Volume 1 Unit 1-4 Posttest
1. Reading Comprehension & Word Decoding
Question: Which statement best describes the relationship between reading comprehension and word
decoding in a beginning reader's development?
Answer: Accurate, fast word recognition is necessary for development of reading fluency and text
comprehension.
Rationale: Reading comprehension depends on automaticity in word recognition. When students
struggle to decode words, their cognitive resources are consumed by sounding out individual words,
leaving little mental capacity for understanding meaning. The Simple View of Reading (Gough & Tunmer,
1986) demonstrates that reading comprehension is the product of decoding ability and language
comprehension. Without fluent, accurate word recognition, students cannot build the reading fluency
needed to comprehend connected text. Word recognition must become automatic so that cognitive
attention can shift to meaning-making.
2. Oral Language & Literacy Development
Question: Near the close of the day, a kindergarten teacher guides students in conversation about the
day's activities, writes what is said on chart paper, then reads it to the class. This activity primarily
promotes which skill?
Answer: Oral language comprehension.
Rationale: This activity is an example of interactive writing or language experience approach. While it
involves written text, the primary literacy benefit comes from the rich oral language interaction:
students practice organizing thoughts, using vocabulary, constructing sentences, and making meaning
through conversation. The teacher's modeling of writing connects spoken to written language, but the
foundation being built is oral language comprehension—critical because oral language proficiency is the
strongest predictor of later reading comprehension. Students with strong oral language skills bring
larger vocabularies and better syntactic awareness to the reading process.
3. Four-Part Processing Model
Question: What is the most important implication of the Four-Part Processing Model for Word
Recognition?
,Answer: Reading depends on constructing pathways between the phonological, orthographic, and
meaning processors.
Rationale: The Four-Part Processing Model (Seidenberg & McClelland) includes the phonological
processor (sounds), orthographic processor (letter patterns), meaning processor (semantics), and
context processor (syntax/discourse). Skilled reading requires robust, interconnected pathways
between these processors. When a reader encounters a word, all four processors activate
simultaneously. The critical implication for instruction is that teaching must build connections between
sound (phonology), spelling (orthography), and meaning—not teach these in isolation. This explains why
phonics instruction must include meaning-making and why vocabulary instruction should include
attention to phonological and orthographic patterns.
4. Screening & Diagnostic Assessment
Question: After winter screening, six second-graders scored in the "somewhat at risk" range. What is
the next step the teacher team should take?
Answer: Analyze the screening results and gather additional diagnostic assessment data.
Rationale: Screening assessments are broad measures designed to identify students who may be at
risk—they do not diagnose specific instructional needs. The Multi-Tiered System of Supports (MTSS)
framework requires that screening data be followed by diagnostic assessment to determine precisely
where students struggle (e.g., phonemic awareness, decoding, fluency, vocabulary) and to inform
targeted intervention. Simply placing students in intervention without diagnostic data would be
ineffective. The team must analyze patterns in the screening data and use diagnostic tools to pinpoint
skill deficits before designing instruction.
5. Phonological Awareness: Onset-Rime
Question: How is the word sn-ow divided?
Answer: Onset-rime.
Rationale: In phonological awareness, words can be divided in different ways:
Onset-rime: The onset is the initial consonant(s) before the vowel; the rime is the vowel and
everything after it. In "snow," sn- is the onset and -ow is the rime.
Syllable: sn-ow (two syllables? No—"snow" is one syllable)
Phoneme: /s/ /n/ /oʊ/ (three individual sounds)
,The onset-rime division is important because rimes (also called "word families") share spelling patterns,
and awareness of rimes supports early reading and spelling. However, onset-rime awareness is less
refined than phonemic awareness and typically develops earlier in the continuum of phonological skills.
6. Syllable Counting: Frightening
Question: How many spoken syllables are there in frightening?
Answer: 3
Rationale: The word frightening is pronounced /ˈfraɪ.tən.ɪŋ/ or FRIGH-ten-ing. The syllable breaks are:
1. fright (contains the diphthong /aɪ/)
2. ten (schwa /ə/ in rapid speech)
3. ing (suffix)
A common error is counting only 2 syllables by blending the middle and ending (/fraɪ.tnɪŋ/), but in
careful pronunciation, the suffix -ing forms its own syllable. Understanding syllable structure is essential
for decoding multisyllabic words and for teaching morphological awareness (recognizing that -ing is a
separable suffix).
7. Syllable Counting: Cleaned
Question: How many spoken syllables are there in cleaned?
Answer: 1
Rationale: Cleaned is pronounced /kliːnd/—one syllable. The -ed suffix is pronounced /d/ (voiced,
following the voiced phoneme /n/), not as a separate syllable. The -ed suffix adds a syllable only when
the base word ends in /t/ or /d/ (e.g., started = 2 syllables, needed = 2 syllables). This is a
morphophonemic rule: past tense -ed has three pronunciations (/t/, /d/, /ɪd/), and only the /ɪd/
pronunciation adds a syllable. Understanding this rule supports both decoding and spelling.
8. Phonemic Awareness & Sight Word Reading
Question: What is the main reason that the ability to identify, segment, blend, and manipulate
individual phonemes in spoken words is important for reading an alphabetic writing system?
Answer: This skill ultimately supports the ability to read words "by sight."
, Rationale: While phonemic awareness is an auditory skill (manipulating sounds in spoken words, not
print), it is the foundation for understanding the alphabetic principle: that letters represent phonemes.
This understanding enables students to decode unfamiliar words by sounding them out. Crucially,
research (Ehri, 2014) shows that every time a student decodes a word using phonics, they build an
orthographic mapping—connecting the spelling, pronunciation, and meaning of that word in memory.
With sufficient exposures, this word becomes part of their "sight vocabulary" (words recognized
automatically without decoding). Thus, phonemic awareness is not just for decoding—it is the engine
that builds the sight word lexicon.
9. Teaching Phonemic Awareness to Struggling Students
Question: Students with relative weaknesses in basic phonemic awareness are most likely to make
progress if the teacher provides which practice?
Answer: Asks students to look in a mirror while they describe the way that target phonemes are formed
in the mouth.
Rationale: Students who struggle with phonemic awareness often have difficulty because they cannot
feel or see how sounds are articulated. Using a mirror provides visual feedback on mouth position, lip
rounding, tongue placement, and voicing. This multisensory approach (visual + auditory + kinesthetic)
makes the abstract concept of phonemes concrete. Describing articulatory features (e.g., "Your lips are
together for /m/; the air comes out your nose") builds phonological consciousness—awareness of how
speech sounds are physically produced. This is more effective than auditory-only drills for students with
weak phonemic awareness.
10. Levels of Phonemic Awareness
Question: Which student is demonstrating the most advanced level of phonemic awareness?
Answer: The student substituting a sound in a given word and saying the new word.
Rationale: Phonemic awareness skills develop along a continuum of difficulty:
1. Basic: Isolation (identifying first sound), blending, segmentation
2. Intermediate: Deletion (say "cat" without /c/ → "at")
3. Advanced: Substitution (change /c/ in "cat" to /b/ → "bat")
Substitution requires the student to hold the phonological representation of the word in working
memory, delete one phoneme, insert a new phoneme, and produce the new word. This demands more
cognitive flexibility and working memory than blending or segmentation alone. Advanced phonemic
awareness is particularly important for spelling and for decoding complex words.
1. Reading Comprehension & Word Decoding
Question: Which statement best describes the relationship between reading comprehension and word
decoding in a beginning reader's development?
Answer: Accurate, fast word recognition is necessary for development of reading fluency and text
comprehension.
Rationale: Reading comprehension depends on automaticity in word recognition. When students
struggle to decode words, their cognitive resources are consumed by sounding out individual words,
leaving little mental capacity for understanding meaning. The Simple View of Reading (Gough & Tunmer,
1986) demonstrates that reading comprehension is the product of decoding ability and language
comprehension. Without fluent, accurate word recognition, students cannot build the reading fluency
needed to comprehend connected text. Word recognition must become automatic so that cognitive
attention can shift to meaning-making.
2. Oral Language & Literacy Development
Question: Near the close of the day, a kindergarten teacher guides students in conversation about the
day's activities, writes what is said on chart paper, then reads it to the class. This activity primarily
promotes which skill?
Answer: Oral language comprehension.
Rationale: This activity is an example of interactive writing or language experience approach. While it
involves written text, the primary literacy benefit comes from the rich oral language interaction:
students practice organizing thoughts, using vocabulary, constructing sentences, and making meaning
through conversation. The teacher's modeling of writing connects spoken to written language, but the
foundation being built is oral language comprehension—critical because oral language proficiency is the
strongest predictor of later reading comprehension. Students with strong oral language skills bring
larger vocabularies and better syntactic awareness to the reading process.
3. Four-Part Processing Model
Question: What is the most important implication of the Four-Part Processing Model for Word
Recognition?
,Answer: Reading depends on constructing pathways between the phonological, orthographic, and
meaning processors.
Rationale: The Four-Part Processing Model (Seidenberg & McClelland) includes the phonological
processor (sounds), orthographic processor (letter patterns), meaning processor (semantics), and
context processor (syntax/discourse). Skilled reading requires robust, interconnected pathways
between these processors. When a reader encounters a word, all four processors activate
simultaneously. The critical implication for instruction is that teaching must build connections between
sound (phonology), spelling (orthography), and meaning—not teach these in isolation. This explains why
phonics instruction must include meaning-making and why vocabulary instruction should include
attention to phonological and orthographic patterns.
4. Screening & Diagnostic Assessment
Question: After winter screening, six second-graders scored in the "somewhat at risk" range. What is
the next step the teacher team should take?
Answer: Analyze the screening results and gather additional diagnostic assessment data.
Rationale: Screening assessments are broad measures designed to identify students who may be at
risk—they do not diagnose specific instructional needs. The Multi-Tiered System of Supports (MTSS)
framework requires that screening data be followed by diagnostic assessment to determine precisely
where students struggle (e.g., phonemic awareness, decoding, fluency, vocabulary) and to inform
targeted intervention. Simply placing students in intervention without diagnostic data would be
ineffective. The team must analyze patterns in the screening data and use diagnostic tools to pinpoint
skill deficits before designing instruction.
5. Phonological Awareness: Onset-Rime
Question: How is the word sn-ow divided?
Answer: Onset-rime.
Rationale: In phonological awareness, words can be divided in different ways:
Onset-rime: The onset is the initial consonant(s) before the vowel; the rime is the vowel and
everything after it. In "snow," sn- is the onset and -ow is the rime.
Syllable: sn-ow (two syllables? No—"snow" is one syllable)
Phoneme: /s/ /n/ /oʊ/ (three individual sounds)
,The onset-rime division is important because rimes (also called "word families") share spelling patterns,
and awareness of rimes supports early reading and spelling. However, onset-rime awareness is less
refined than phonemic awareness and typically develops earlier in the continuum of phonological skills.
6. Syllable Counting: Frightening
Question: How many spoken syllables are there in frightening?
Answer: 3
Rationale: The word frightening is pronounced /ˈfraɪ.tən.ɪŋ/ or FRIGH-ten-ing. The syllable breaks are:
1. fright (contains the diphthong /aɪ/)
2. ten (schwa /ə/ in rapid speech)
3. ing (suffix)
A common error is counting only 2 syllables by blending the middle and ending (/fraɪ.tnɪŋ/), but in
careful pronunciation, the suffix -ing forms its own syllable. Understanding syllable structure is essential
for decoding multisyllabic words and for teaching morphological awareness (recognizing that -ing is a
separable suffix).
7. Syllable Counting: Cleaned
Question: How many spoken syllables are there in cleaned?
Answer: 1
Rationale: Cleaned is pronounced /kliːnd/—one syllable. The -ed suffix is pronounced /d/ (voiced,
following the voiced phoneme /n/), not as a separate syllable. The -ed suffix adds a syllable only when
the base word ends in /t/ or /d/ (e.g., started = 2 syllables, needed = 2 syllables). This is a
morphophonemic rule: past tense -ed has three pronunciations (/t/, /d/, /ɪd/), and only the /ɪd/
pronunciation adds a syllable. Understanding this rule supports both decoding and spelling.
8. Phonemic Awareness & Sight Word Reading
Question: What is the main reason that the ability to identify, segment, blend, and manipulate
individual phonemes in spoken words is important for reading an alphabetic writing system?
Answer: This skill ultimately supports the ability to read words "by sight."
, Rationale: While phonemic awareness is an auditory skill (manipulating sounds in spoken words, not
print), it is the foundation for understanding the alphabetic principle: that letters represent phonemes.
This understanding enables students to decode unfamiliar words by sounding them out. Crucially,
research (Ehri, 2014) shows that every time a student decodes a word using phonics, they build an
orthographic mapping—connecting the spelling, pronunciation, and meaning of that word in memory.
With sufficient exposures, this word becomes part of their "sight vocabulary" (words recognized
automatically without decoding). Thus, phonemic awareness is not just for decoding—it is the engine
that builds the sight word lexicon.
9. Teaching Phonemic Awareness to Struggling Students
Question: Students with relative weaknesses in basic phonemic awareness are most likely to make
progress if the teacher provides which practice?
Answer: Asks students to look in a mirror while they describe the way that target phonemes are formed
in the mouth.
Rationale: Students who struggle with phonemic awareness often have difficulty because they cannot
feel or see how sounds are articulated. Using a mirror provides visual feedback on mouth position, lip
rounding, tongue placement, and voicing. This multisensory approach (visual + auditory + kinesthetic)
makes the abstract concept of phonemes concrete. Describing articulatory features (e.g., "Your lips are
together for /m/; the air comes out your nose") builds phonological consciousness—awareness of how
speech sounds are physically produced. This is more effective than auditory-only drills for students with
weak phonemic awareness.
10. Levels of Phonemic Awareness
Question: Which student is demonstrating the most advanced level of phonemic awareness?
Answer: The student substituting a sound in a given word and saying the new word.
Rationale: Phonemic awareness skills develop along a continuum of difficulty:
1. Basic: Isolation (identifying first sound), blending, segmentation
2. Intermediate: Deletion (say "cat" without /c/ → "at")
3. Advanced: Substitution (change /c/ in "cat" to /b/ → "bat")
Substitution requires the student to hold the phonological representation of the word in working
memory, delete one phoneme, insert a new phoneme, and produce the new word. This demands more
cognitive flexibility and working memory than blending or segmentation alone. Advanced phonemic
awareness is particularly important for spelling and for decoding complex words.
