Difficulty: Easy

Average Score: 100%

By the rude bridge that arched the flood,
Their flag to April's breeze unfurled,
Here once the embattled farmers stood
And fired the shot heard round the world

The passage implies that the true cause of the bridge collapse was

Rationale

Short-sighted design.

The passage suggests that the true cause of the bridge collapse was due to design flaws that did not adequately account for various factors, leading to its failure. While it does not provide explicit details about the bridge, the implication of a lack of foresight in planning is evident.

A (low-quality materials) YOUR ANSWER

The passage does not mention the quality of materials used in the bridge's construction. While low-quality materials could contribute to structural failure, the focus of the passage is on design deficiencies rather than the materials themselves.

B (short-sighted design) CORRECT

The passage implies that inadequate consideration during the design phase is responsible for the bridge's collapse. This suggests that the design did not take into account all necessary factors, leading to a structural failure when conditions changed or when stresses were applied.

C (substandard craftsmanship) YOUR ANSWER

Craftsmanship refers to the skill level of the builders and workers involved in the bridge's construction. The passage does not discuss the workmanship or the skills of those who built the bridge, thereby making this option less relevant to the implied cause of the collapse.

D (unexpectedly high winds) YOUR ANSWER

There is no mention of weather conditions, such as high winds, in the passage. While environmental factors can affect structural integrity, the passage attributes the collapse to issues with design rather than external forces like wind.

Conclusion

The passage indicates that the bridge's collapse was likely due to short-sighted design, highlighting the importance of foresight in engineering and construction. By focusing on design flaws, it underscores how critical it is to consider all aspects of a structure's performance to ensure safety and stability in varying conditions.