PrepTest 84, Section 3, Question 1
In constructing a self-driving robotic car, engineers face the challenge of designing a car that avoids common traffic problems like crashes and congestion. These problems can also affect fish traveling together in schools. However, the principles fish use to navigate in schools ensure that these problems are much less common within schools of fish than among cars on the road. Hence, _______.
In constructing a self-driving robotic car, engineers face the challenge of designing a car that avoids common traffic problems like crashes and congestion. These problems can also affect fish traveling together in schools. However, the principles fish use to navigate in schools ensure that these problems are much less common within schools of fish than among cars on the road. Hence, _______.
In constructing a self-driving robotic car, engineers face the challenge of designing a car that avoids common traffic problems like crashes and congestion. These problems can also affect fish traveling together in schools. However, the principles fish use to navigate in schools ensure that these problems are much less common within schools of fish than among cars on the road. Hence, _______.
In constructing a self-driving robotic car, engineers face the challenge of designing a car that avoids common traffic problems like crashes and congestion. These problems can also affect fish traveling together in schools. However, the principles fish use to navigate in schools ensure that these problems are much less common within schools of fish than among cars on the road. Hence, _______.
Which one of the following most logically completes the argument?
constructing a self-driving robotic car requires expertise in fish biology
the best drivers use the same navigational principles that fish use in schools
it is always advisable for engineers facing design challenges to look to the natural world for guidance in addressing those challenges
studying the principles fish use to navigate in schools could help engineers to design a self-driving robotic car that avoids common traffic problems
a self-driving robotic car using the navigational principles that fish use in schools would be better than a human-driven car at avoiding crashes and congestion
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