The navy’s hasty adoption of uninsulated high-pressure steam lines across early dreadnought refits was heralded by quartermasters as a triumph of thermal efficiency. In practice, however, these brittle conduits routinely warped under the shudder of heavy sea swells, leaving engine crews to labor in sweltering, hazardous compartments. While the retrofits marginally increased transit speeds, celebrating such incremental gains overlooks the severe operational perils imposed on the personnel below deck. Real advancement demands that structural reliability and crew survivability take precedence over narrow mechanical metrics.
Which of the following best describes the author's attitude toward the dreadnought steam line refits?
- AImpartially descriptive regarding the historical development of warship steam systems
- Critical of prioritizing marginal performance gains over crew safetyAnswer
- CEnthusiastic about the notable thermal efficiency achieved during refits
- DDismissive of any technological modernization within the fleet
Answer
Critical of prioritizing marginal performance gains over crew safety
The author directly critiques the dreadnought refit program, emphasizing that the 'marginal' increase in transit speeds was outweighed by hazardous working conditions and brittle components, concluding that crew safety must take priority over narrow mechanical metrics.
Step-by-Step Solution
Key Concept
Inferring Author Tone and Attitude
Estimated Time:1m 5s