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GMAT阅读题型练习(1057)

2018-04-16 09:04:00来源:网络

  本文来自GMAT阅读题库(点击查看更多),为考生提供GMAT阅读题目练习及答案解析,希望对大家GMAT备考有所帮助。点击下载更多GMAT备考必备资料。更多精彩尽请关注新东方在线GMAT频道!

  GMAT阅读题目内容

  Quantum theory, although of tremendous scientific value, has nevertheless prompted debate among physicists. The debate arose because quantum theory addresses the peculiar properties of minute objects such as photons and electrons. While one type of experiment shows that these objects behave like particles, with well-defined trajectories through space, another demonstrates that, on the contrary, they behave waves, their peaks and troughs producing characteristic “interference" effects. However, scientists have failed to devise an experiment to demonstrate both behaviors simultaneously.

  In the 1920s, two alternate interpretations of quantum theory attempted to resolve this apparently contradictory wave-particle duality. Physicist Niels Bohr argued that wave-particle properties are not contradictory, but complementary. Contrary to our intuition that an object continues to exist in some determined form even though we cannot perceive it, he concluded that the physical of a quantum object is actually undetermined before the object is observed via experiment.

  Physicist Werner Heisenberg's “uncertainty principle," by contrast, postulated that we cannot precisely determine two complementary properties, such as position and momentum, of a quantum object simultaneously: if we measure an object's position with absolute certainty, then there is an infinite uncertainty in its momentum, and vice versa. He concluded that although we are limited in our ability to measure objects at the atomic and subatomic levels, their position and momentum are nonetheless defined all along.

  6、The passage suggests that the debate among physicists mentioned in the first sentence has arisen in part because

  A.the rapid movement of quantum objects poses an insurmountable obstacle to precise measurement

  B.scientists have been unable to devise a single experiment that reveals both particle and wave properties of quantum objects simultaneously

  C.the controversial nature of quantum theory has made it for scientists to agree on what evidence is acceptable

  D.division among physicists has resulted in the design of experiments that produce unintelligible experimental results

  E.research efforts have been undermined by irreconcilable contradictions between equally compelling interpretations of quantum theory

  

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