the map shows common hazards in different parts of the united states. part a engineers are developing a…

the map shows common hazards in different parts of the united states. part a engineers are developing a light, durable material that cities can use to install temporary pipelines quickly. the pipelines will deliver water to communities that suddenly lose their water supply. which city will likely benefit most from this design? a. city a b. city b c. city c d. city d part b why will this design most likely benefit that city? a. because the pipes can float on floodwater b. because the pipes can cover large distances c. because the pipes can bend in windy conditions d. because the pipes can travel across damaged areas

the map shows common hazards in different parts of the united states. part a engineers are developing a light, durable material that cities can use to install temporary pipelines quickly. the pipelines will deliver water to communities that suddenly lose their water supply. which city will likely benefit most from this design? a. city a b. city b c. city c d. city d part b why will this design most likely benefit that city? a. because the pipes can float on floodwater b. because the pipes can cover large distances c. because the pipes can bend in windy conditions d. because the pipes can travel across damaged areas

Answer

Explanation:

Step1: Identify the hazard related to water - supply loss

Areas affected by drought are most likely to suddenly lose their water - supply. City A is in a drought area.

Step2: Analyze the benefit of the temporary pipelines

Temporary pipelines are useful in areas where infrastructure may be damaged. In a drought - affected area, the existing water - supply infrastructure might be compromised. The ability of the pipes to travel across damaged areas is crucial for quickly delivering water to the community.

Answer:

Part A: A. City A Part B: D. because the pipes can travel across damaged areas