Read the following excerpt from a passage regarding the history of timekeeping technology:
In assessing the rapid dissemination of the mechanical escapement clock throughout fourteenth-century European monasteries, traditional historians have often posited that this technology was embraced to fulfill a newfound monastic desire for rigorous, uniform timekeeping. Yet, this view ignores the fact that early mechanical clocks were notoriously inaccurate, often drifting by hours each day. A more plausible explanation centers on auditory automation rather than chronological precision. Monasteries required a reliable means to sound bells for canonical hours. Previous hydraulic timekeepers, while theoretically capable of tracking time accurately, were highly susceptible to the variable viscosity of water in unheated medieval stone monasteries, making them unreliable triggers for automated striking mechanisms. Thus, mechanical clocks were adopted not because they kept better time, but because their weight-driven mechanics provided a robust, temperature-independent force capable of striking a bell.
The author mentions the "variable viscosity of water in unheated medieval stone monasteries" primarily in order to
- identify a physical vulnerability in a predecessor technology that explains why institutions adopted a new device despite its poor timekeeping accuracyAnswer
- Bsupport the traditional historical consensus that fourteenth-century monks were primarily motivated by a need to overcome environmental obstacles to uniform timekeeping
- Cargue that the unheated nature of medieval architecture made the chronological drift of early mechanical escapement clocks largely irrelevant to the monks
- Dconcede that hydraulic timekeepers were ultimately more accurate than early mechanical clocks when operating under ideal temperature conditions
- Edescribe the specific physical mechanisms by which hydraulic timekeepers triggered automated striking mechanisms in the fourteenth century