<quote option=""Bunuel"">City Councilor Statement: The majority of urban flooding in Centerville is caused by improper disposal of waste, which clogs the city's drainage systems during heavy rainfalls. As most of this waste comes from disposable plastic products, the city proposes to ban the use of all single-use plastics. By implementing this ban, we believe that we will significantly reduce urban flooding incidents.<br />
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Which of the following, if true, most strongly supports the claim that the proposal, if carried out, will have the announced effect?<br />
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(A) Centerville's waste management system efficiently processes non-plastic materials, which rarely contribute to drainage blockages.<br />
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(B) The disposal of single-use plastics in Centerville consumes more resources and energy than any other type of disposable products, thus if single-use plastics are banned, the city would have multiple benefits.<br />
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(C) Cities that have banned single-use plastics have observed significant reductions in landfill waste and improvements in overall environmental quality.<br />
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(D) The cost of cleaning the city's drainage systems after floods is significantly higher than the projected costs of enforcing the plastic ban.<br />
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(E) On days following heavy rainfall, the majority of debris removed from Centerville’s drainage systems is identified as single-use plastic.<br />
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</quote>To determine which option most strongly supports the claim that banning single-use plastics in Centerville will significantly reduce urban flooding incidents, we need to identify evidence that connects single-use plastics directly to the clogging of drainage systems and subsequent flooding.<br />
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**Option Analysis:**<br />
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**(A) Centerville's waste management system efficiently processes non-plastic materials, which rarely contribute to drainage blockages.**<br />
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- This option supports the idea that non-plastic materials are not a significant problem for the drainage systems, but it doesn’t provide direct evidence linking single-use plastics to the clogs causing flooding.<br />
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**(B) The disposal of single-use plastics in Centerville consumes more resources and energy than any other type of disposable products, thus if single-use plastics are banned, the city would have multiple benefits.**<br />
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- While this option highlights other benefits of banning single-use plastics, it does not directly support the claim that the ban will reduce urban flooding.<br />
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**(C) Cities that have banned single-use plastics have observed significant reductions in landfill waste and improvements in overall environmental quality.**<br />
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- This option shows positive outcomes from banning single-use plastics in other cities, but it doesn’t directly address the specific issue of urban flooding in Centerville.<br />
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**(D) The cost of cleaning the city's drainage systems after floods is significantly higher than the projected costs of enforcing the plastic ban.**<br />
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- This option provides a financial incentive for the ban but does not directly support the claim that the ban will reduce urban flooding.<br />
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**(E) On days following heavy rainfall, the majority of debris removed from Centerville’s drainage systems is identified as single-use plastic.**<br />
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- This option provides direct evidence that single-use plastics are a major contributor to drainage blockages during heavy rainfall. It strongly supports the claim that banning single-use plastics will reduce urban flooding by addressing the primary cause of the clogs.<br />
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**Best answer (E):**<br />
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This option provides the strongest support for the claim by directly linking single-use plastics to the drainage issues causing urban flooding in Centerville. If single-use plastics are the majority of debris causing blockages, then banning them should significantly reduce the flooding incidents.