Passage:
Historically, the acoustic design of performance halls relied almost exclusively on empirical rules of thumb and intuitive architectural imitation rather than rigorous physical principles. When Wallace Clement Sabine was tasked in the late 1890s with correcting the atrocious acoustics of Harvard University's Fogg Art Museum lecture hall, he instituted a systematic, quantitative methodology that transformed architectural acoustics from an imprecise craft into a formal branch of applied physics. By meticulously measuring the reverberation times of various rooms using a pipe organ stop and a stopwatch, Sabine derived an empirical equation relating a room's volume and total sound absorption to its reverberation time. While subsequent scholars have frequently portrayed Sabine’s work as a sudden, isolated breakthrough that instantly discredited traditional building methods, recent architectural historians argue that his acoustic equations actually formalized and quantified acoustic intuitions that master builders had successfully deployed for centuries. Thus, Sabine’s true contribution lay not in inventing acoustic awareness ex nihilo, but in providing a standardized mathematical framework that rendered traditional acoustic knowledge reproducible and scalable across modern architectural designs.
Which of the following best states the primary purpose of the passage?
- To reexamine a prevalent historical narrative regarding a scientific innovation by contextualizing it within a longer tradition of empirical practice.Cevap
- BTo detail the specific experimental apparatus and mathematical calculations Sabine used to determine reverberation times in the Fogg Art Museum.
- CTo argue that master builders prior to the late nineteenth century possessed a formal mathematical understanding of reverberation time.
- DTo demonstrate that nineteenth-century architectural acoustic design relied on flawed physical principles that Sabine’s equations entirely disproved.
- ETo trace the chronological evolution of architectural acoustics from ancient performance spaces to modern concert hall engineering.