小伙伴们，公共英语考试大家复习的怎么样了呢？下面是帮考网分享的一些公共英语考试五级部分的复习资料，一起来看看吧！

公共英语五级考试阅读练习题：

8小题>

Ralf Britz felt great when he discovered the ______.

9小题>

It usually takes researchers ______ to figure out what they have found in one- day time.

10小题>

The 70 million specimens kept in the Natural History Museum could serve as ______ for scientists to study the animal world.

11小题>

Archie, the star giant squid, still stays on the top of ______.

12小题>

The 4ft fish which was discovered in 1938 attracted ______.

第 2 题：Reading Comprehension(子母填空):

Quantum World

If successful scientific theories can be thought of as cures for stubborn problems, quantum physics was the wonder drug of the 20th century. It successfully explained phenomena such as radioactivity and antimatter, and no other theory can match its description of how light and particles behave on small scales.

But it can also be mind-bending. Quantum objects can exist in multiple states and places at the same time, requiring a mastery of statistics to describe them. Rife with uncertainty and riddled with paradoxes, the theory has been criticised for casting doubt on the notion of an objective reality -- a concept many physicists, including Albert Einstein, have found hard to swallow.

Today, scientists are grappling with these philosophical conundrums, trying to harness quantum\'s bizarre properties to advance technology, and struggling to weave quantum physics and general relativity into a seamless theory of quantum gravity.

The birth of an idea

Quantum theory began to take shape in the early 20th century, when classical ideas failed to explain some observations. Previous theories allowed atoms to vibrate at any frequency, leading to incorrect predictions that they could radiate infinite amounts of energy -- a problem known as the ultraviolet catastrophe.

In 1900, Max Planck solved this problem by assuming atoms can vibrate only at specific, or quantised, frequencies. Then, in 1905, Einstein cracked the mystery of the photoelectric effect, whereby light falling on metal releases electrons of specific energies. The existing theory of light as waves failed to explain the effect, but Einstein provided a neat solution by suggesting light came in discrete packages of energy called photons -- a brain wave that won him the Nobel Prize for Physics in 1921.

Quantum weirdness

In fact, light\'s chameleon -- like ability to behave as either a particle or a wave, depending on the experimental setup, has long stymied scientists. Danish physicist Niels Bohr explained this wave-particle duality by doing away with the concept of a reality separate from one\'s observations. In his "Copenhagen interpretation", Bohr argued that the very act of measurement affects what we observe.

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