MTEL Foundations of Reading 2 — Questions and Answers
Question 1: According to the Simple View of Reading (Gough & Tunmer, 1986), reading comprehension is the product of which two components?
- Fluency and vocabulary knowledge
- Decoding ability and language comprehension (Correct answer)
- Phonemic awareness and background knowledge
- Word recognition and metacognitive skills
Correct answer: Decoding ability and language comprehension
The Simple View of Reading states that Reading Comprehension = Decoding × Language Comprehension, meaning both components are necessary and neither alone is sufficient for proficient reading.
Question 2: Which vocabulary instruction approach organizes related words into visual networks to build conceptual understanding?
- Incidental learning through wide reading
- Contextual analysis using surrounding text clues
- Semantic mapping of word relationships (Correct answer)
- Morphological analysis of word parts
Correct answer: Semantic mapping of word relationships
Semantic mapping organizes words into visual networks showing relationships among concepts, helping students build deep understanding of word meanings and connections.
Question 3: Which signal word most clearly indicates a cause-and-effect text structure?
- Similarly
- In contrast
- Consequently (Correct answer)
- For example
Correct answer: Consequently
'Consequently' signals that what follows is the result or effect of something previously stated, indicating a cause-and-effect relationship between ideas.
Question 4: A second-grade student reads passages accurately and at an appropriate rate but cannot answer comprehension questions about what was read. According to the Simple View of Reading, this student most likely has difficulty with:
- Phonological processing
- Decoding accuracy
- Reading fluency
- Language comprehension (Correct answer)
Correct answer: Language comprehension
A student who decodes fluently but lacks comprehension has a language comprehension deficit; the Simple View of Reading identifies language comprehension as the component distinct from decoding.
Question 5: Which of the following best describes Tier 2 vocabulary words according to Beck, McKeown, and Kucan's three-tier model?
- Basic, high-frequency words like 'the,' 'and,' and 'is'
- Technical, domain-specific words like 'photosynthesis' or 'mitosis'
- High-utility academic words like 'analyze,' 'conclude,' and 'significant' that appear across content areas (Correct answer)
- Proper nouns specific to historical events or geographic locations
Correct answer: High-utility academic words like 'analyze,' 'conclude,' and 'significant' that appear across content areas
Tier 2 words are high-utility academic vocabulary that appear across multiple content areas, are rarely learned through everyday conversation, and are therefore high-priority targets for explicit vocabulary instruction.
Question 6: Schema theory explains that prior knowledge affects reading comprehension primarily by:
- Improving a reader's speed of phonological decoding
- Providing a framework that helps readers interpret, organize, and remember new information (Correct answer)
- Increasing a reader's phonological awareness skills
- Helping readers recognize high-frequency sight words more quickly
Correct answer: Providing a framework that helps readers interpret, organize, and remember new information
Schema theory holds that readers activate existing knowledge frameworks to interpret and integrate new textual information, which is why background knowledge is essential for deep comprehension.
Question 7: Which comprehension strategy specifically involves readers generating mental pictures of events, settings, or characters while reading?
- Making text-to-self connections
- Determining importance
- Visualizing (Correct answer)
- Inferencing
Correct answer: Visualizing
Visualizing is a comprehension strategy in which readers consciously create mental images of what they are reading, which enhances both understanding and long-term memory of text.
According to the Simple View of Reading (Gough & Tunmer, 1986), reading comprehension is the product of which two components?