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SAT Reading & Writing: Rhetorical Synthesis (Drill 2)

Drill 2 · Reading & Writing · Rhetorical Synthesis

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About This Drill

SAT Reading & Writing: Rhetorical Synthesis (Drill 2) is a Reading & Writing practice drill covering Rhetorical Synthesis. It contains 5 original questions created by Brian Stewart, a Barron's test prep author with over 20 years of tutoring experience.

Rhetorical Synthesis questions present a set of notes on a topic and ask you to select the sentence that best uses them to accomplish a stated goal. This drill focuses on synthesis questions requiring comparison, where the correct answer must accurately represent a relationship between two or more notes.

Questions & Explanations

Notes
While researching a topic, a student has taken the following notes: • Biomimicry is the practice of designing technologies inspired by biological systems. • Engineer Joris Laarman designed a 3D-printed steel bridge in Amsterdam using an algorithm modeled on how slime mold grows. • Slime mold efficiently connects food sources using the shortest possible network of tubes. • Laarman's algorithm determined the most efficient placement of steel, using material only where structural support was needed. • The resulting bridge uses less steel than a conventionally designed bridge of similar size.

Question 1. The student wants to provide an overview of Laarman's bridge design process. Which choice most effectively uses relevant information from the notes to accomplish this goal?

  • A) Biomimicry is the practice of designing technologies inspired by biological systems, such as slime mold, which connects food sources efficiently.
  • B) Laarman's 3D-printed steel bridge in Amsterdam uses less steel than a conventionally designed bridge of similar size.
  • C) Laarman designed a 3D-printed bridge using an algorithm modeled on slime mold growth, which determined the most efficient placement of steel by depositing material only where structural support was needed. ✓
  • D) Slime mold efficiently connects food sources using the shortest possible network of tubes, a process that inspired the design of a bridge in Amsterdam.

Explanation: Choice C is the best answer because it provides an overview of the design process: the algorithm was modeled on slime mold, and it determined efficient steel placement by depositing material only where needed. Choice A defines biomimicry and describes slime mold without explaining Laarman's process. Choice B describes a result but not the process. Choice D describes slime mold behavior and mentions the bridge but doesn't explain the design process.

Notes
While researching a topic, a student has taken the following notes: • The Dead Sea is a salt lake bordered by Jordan, Israel, and the West Bank. • Its surface is approximately 1,412 feet below sea level, making it the lowest point on Earth's surface. • The Dead Sea has a salinity of about 34%, roughly ten times saltier than the ocean. • Its extreme salinity prevents fish and most aquatic organisms from living in it. • The high salt concentration allows swimmers to float effortlessly on the surface.

Question 2. The student wants to emphasize a difference between the Dead Sea and the ocean. Which choice most effectively uses relevant information from the notes to accomplish this goal?

  • A) The Dead Sea, which is bordered by Jordan, Israel, and the West Bank, has a surface approximately 1,412 feet below sea level.
  • B) While the ocean supports abundant marine life, the Dead Sea's salinity, roughly ten times that of the ocean, prevents fish and most aquatic organisms from surviving in it. ✓
  • C) The Dead Sea is the lowest point on Earth's surface, and its high salt concentration allows swimmers to float effortlessly.
  • D) The Dead Sea is a salt lake with a salinity of about 34%, and it is bordered by Jordan, Israel, and the West Bank.

Explanation: Choice B is the best answer because it directly contrasts the Dead Sea with the ocean by comparing their salinity levels and the resulting difference in ability to support marine life. Choice A describes location and elevation without comparing to the ocean. Choice C mentions interesting facts but doesn't draw a comparison with the ocean. Choice D describes salinity and location without contrasting with the ocean.

Notes
While researching a topic, a student has taken the following notes: • Mathematician Emmy Noether (1882–1935) made foundational contributions to abstract algebra and theoretical physics. • She developed Noether's theorem in 1915, which links symmetries in physics to conservation laws. • Despite her achievements, she was denied a paid faculty position at the University of Göttingen for years because she was a woman. • She lectured under a male colleague's name until 1919, when she was finally granted the right to lecture independently. • Albert Einstein described her as the most significant creative mathematical genius produced since women gained access to higher education.

Question 3. The student wants to contrast Noether's professional achievements with the obstacles she faced. Which choice most effectively uses relevant information from the notes to accomplish this goal?

  • A) Emmy Noether developed Noether's theorem in 1915, which established a fundamental link between symmetries in physics and conservation laws.
  • B) Despite developing a theorem that linked physics and mathematics, Noether was denied a paid position at Göttingen for years and was forced to lecture under a male colleague's name because she was a woman. ✓
  • C) Albert Einstein praised Emmy Noether as the most significant creative mathematical genius produced since women gained access to higher education.
  • D) Emmy Noether, who lived from 1882 to 1935, made foundational contributions to abstract algebra and theoretical physics during her career.

Explanation: Choice B is the best answer because it explicitly contrasts Noether's achievement (developing a foundational theorem) with the obstacles she faced (being denied a paid position and forced to lecture under someone else's name). Choice A presents only her achievement. Choice C presents praise from Einstein without contrasting achievements and obstacles. Choice D summarizes contributions without mentioning barriers.

Notes
While researching a topic, a student has taken the following notes: • Sourdough bread is made using a fermented mixture of flour and water called a starter. • The starter contains wild yeast and lactic acid bacteria, which work together to leaven the bread. • Wild yeast produces carbon dioxide gas, which causes the dough to rise. • Lactic acid bacteria produce acids that give sourdough its characteristic tangy flavor. • Commercial bread typically uses cultivated baker's yeast, which leavens faster but does not produce the same flavor.

Question 4. The student wants to explain why sourdough bread tastes different from commercial bread. Which choice most effectively uses relevant information from the notes to accomplish this goal?

  • A) Sourdough bread is made using a starter, which is a fermented mixture of flour and water containing wild yeast and lactic acid bacteria.
  • B) The wild yeast in a sourdough starter produces carbon dioxide gas, which causes the dough to rise during fermentation.
  • C) Unlike commercial bread, which uses cultivated baker's yeast, sourdough relies on lactic acid bacteria that produce the acids responsible for its characteristic tangy flavor. ✓
  • D) Commercial bread typically uses cultivated baker's yeast, which leavens bread faster than the wild yeast found in sourdough starters.

Explanation: Choice C is the best answer because it explains the flavor difference by identifying lactic acid bacteria as the source of sourdough's tangy taste and contrasting this with commercial bread's use of baker's yeast. Choice A describes the starter without explaining the flavor difference. Choice B explains how dough rises, not why flavor differs. Choice D compares leavening speed rather than flavor.

Notes
While researching a topic, a student has taken the following notes: • Dr. Kenji Tanaka's research team studied sleep patterns in professional athletes. • The study followed 120 athletes across four sports over two competitive seasons. • Athletes who maintained consistent sleep schedules had 68% fewer injuries than those with irregular sleep patterns. • Athletes with consistent sleep also showed 12% faster reaction times during competition. • Tanaka recommended that sports organizations incorporate sleep regularity into training programs.

Question 5. The student wants to present the primary aim of the research study. Which choice most effectively uses relevant information from the notes to accomplish this goal?

  • A) Following 120 athletes across four sports over two competitive seasons, Tanaka's team collected data on sleep and athletic performance.
  • B) Tanaka's team sought to understand the relationship between sleep patterns and athletic performance in professional athletes. ✓
  • C) Athletes who maintained consistent sleep schedules had 68% fewer injuries and 12% faster reaction times than those with irregular sleep patterns.
  • D) Based on the study's results, Tanaka recommended that sports organizations incorporate sleep regularity into training programs.

Explanation: Choice B is the best answer because it describes the primary aim of the study: to understand the relationship between sleep patterns and athletic performance. Choice A describes the study's methodology rather than its aim. Choice C presents findings, not the aim. Choice D presents a recommendation resulting from the study, not the reason it was conducted.