{"id":"cb_practice_pdf:t11-english-m2-q33","source_id":"cb_practice_pdf","source_item_id":"t11-english-m2-q33","external_id":null,"ibn":null,"question_id":null,"program":"SAT","module":"english","domain_code":null,"domain":null,"skill_code":null,"skill":null,"difficulty":null,"score_band":null,"answer_type":"mcq","answer_source":"rationale","layout_warning":null,"form_id":"cb_practice_pdf:test-11","module_number":2,"position":33,"stem":"33 While researching a topic, a student has taken the following notes: • Modularity of mind is the notion that the mind is at least partly composed of innate neural structures (modules) that perform fast, necessary tasks. • 1983: cognitive scientist Jerry A. Fodor hypothesized that low-level cognitive systems (e.g., perception, language) are modular. • In Fodorian modularity, high-level systems (e.g., reasoning) are not modular. • 2003: cognitive scientist Peter Carruthers proposed the massive modularity hypothesis (MMH). • MMH expands modularity to include all cognitive systems. The student wants to compare Fodor’s hypothesis with Carruthers’s. Which choice most effectively uses relevant information from the notes to accomplish this goal?","stimulus":"","stimulus_html":null,"stem_html":"<p>33 While researching a topic, a student has taken the following notes: • Modularity of mind is the notion that the mind is at least partly composed of innate neural structures (modules) that perform fast, necessary tasks. • 1983: cognitive scientist Jerry A. Fodor hypothesized that low-level cognitive systems (e.g., perception, language) are modular. • In Fodorian modularity, high-level systems (e.g., reasoning) are not modular. • 2003: cognitive scientist Peter Carruthers proposed the massive modularity hypothesis (MMH). • MMH expands modularity to include all cognitive systems. The student wants to compare Fodor’s hypothesis with Carruthers’s. Which choice most effectively uses relevant information from the notes to accomplish this goal?</p>","rationale_html":"<p>Choice A is the best answer. The sentence compares Fodor’s hypothesis with Carruthers’s, noting that because Fodorian modularity considers some but not all cognitive systems modular, it is not as expansive in its definition of modularity as Carruthers’s MMH, which includes all cognitive systems. Choice B is incorrect. The sentence describes Carruthers’s hypothesis—that modularity of mind includes all cognitive systems—but indicates only that this hypothesis followed Fodor’s 1983 hypothesis rather than making a comparison between the hypotheses. Choice C is incorrect. The sentence misrepresents a difference between Fodor’s and Carruthers’s hypotheses. According to the information in the notes, both Fodor and Carruthers consider low-level cognitive systems modular, and their difference lies in whether they also consider high-level systems modular. Choice D is incorrect. The sentence misrepresents a difference between Fodor’s and Carruthers’s hypotheses. According to the information in the notes, both Fodor and Carruthers consider the mind to be at least partly composed of innate neural structures (modules). Their difference lies in whether they consider high-level systems modular. 33 SAT PRACTICE TEST #11 ANSWER EXPLANATIONS</p>","correct_answer":["A"],"has_media":false,"has_mathml":false,"has_table":false,"source_created_at":null,"source_updated_at":null,"options":[{"label":"A","content_html":"<p>In considering some but not all cognitive systems modular, Fodorian modularity is not as expansive in its definition of modularity as MMH is.</p>","ord":0},{"label":"B","content_html":"<p>Following Fodor’s 1983 hypothesis, Carruthers proposed that modularity of mind includes all cognitive systems.</p>","ord":1},{"label":"C","content_html":"<p>The hypotheses of Fodor and Carruthers differ in whether they consider low-level cognitive systems, such as perception and language, modular.</p>","ord":2},{"label":"D","content_html":"<p>In 2003, Carruthers proposed the massive modularity hypothesis, disagreeing with Fodor’s earlier hypothesis that the mind is composed of innate neural structures. OP</p>","ord":3}],"attribution":{"source_id":"cb_practice_pdf","source_name":"College Board full-length SAT practice tests (PDF)","rights_holder":"College Board","canonical_url":"https://satsuite.collegeboard.org/practice/practice-tests/paper","retrieved_from":"https://satsuite.collegeboard.org/practice/practice-tests/paper","attribution":"Full-length SAT practice tests 4–11 © College Board, published free at satsuite.collegeboard.org.","disclaimer":"Extracted from PDF layout: equations, figures and tables do not survive intact. Use the original PDFs for anything the text renders poorly. SAT® is a trademark registered by the College Board, which is not affiliated with and does not endorse this project.","license":"College Board copyright. Free to download; not licensed for redistribution.","redistributable":false,"item_count":905}}