Which development best explains why the Scientific Revolution was able to spread and accumulate across Europe, rather than remaining confined to individual thinkers?
AThe Catholic Church actively promoted new astronomical and mechanical discoveries
BThe printing press enabled rapid dissemination of findings and correspondence among scholars across Europe
CA widespread decline in religious belief freed natural philosophers from theological constraints
DMedieval European universities had preserved Greek scientific texts entirely unknown elsewhere
The printing press—from your prerequisite on Gutenberg—allowed Copernicus's De Revolutionibus, Galileo's Dialogues, and Newton's Principia to circulate widely and be critiqued, replicated, and built upon. Prior to print, a scholar's work might circulate among a handful of correspondents; after it, findings reached hundreds of readers simultaneously. The Royal Society's Philosophical Transactions (1665) institutionalized this further. The Church generally opposed rather than promoted the new cosmology; religious belief remained high among scientists; and medieval universities had in fact preserved many Greek texts via Islamic scholarship.
Question 2 True / False
Galileo was imprisoned and executed by the Inquisition for his defense of the Copernican heliocentric model.
TTrue
FFalse
Answer: False
Galileo was placed under comfortable house arrest at his villa in Arcetri, not imprisoned in a dungeon, and he died of natural causes in 1642. His trial in 1633 was partly about heliocentrism but also—crucially—about his defiance of a 1616 agreement with Church authorities not to hold or defend the Copernican view. The popular narrative of heroic martyrdom overstates the conflict and misrepresents the actual outcome.
Question 3 Short Answer
What did Francis Bacon and René Descartes each contribute to the Scientific Revolution, and how did their approaches differ?
Think about your answer, then reveal below.
Model answer: Bacon championed inductive empiricism: systematic observation and experiment should ground knowledge, replacing reliance on ancient authority. Descartes championed rationalism: mathematical deduction from clear first principles was the path to certain knowledge. Bacon gave science its experimental method; Descartes gave it its mathematical and mechanistic philosophy. Together they represent the two epistemological pillars—empiricism and rationalism—that would later be reconciled by Kant and shape modern scientific practice.
Neither figure was primarily a working scientist in the modern sense, but both articulated philosophical programs for how knowledge should be produced. The tension between their approaches—gather data first versus reason from principles first—runs through the history of science to this day.