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题型:阅读选择 题类:模拟题 难易度:困难

河北省遵化市2020届九年级下学期英语第二次模拟考试试卷(含听力音频)

阅读理解

    There's much to see under the sea, but you need to remember that light behaves differently in water than in air. The objects appear closer to you than they exactly are. You might find yourself reaching out to touch something and completely missing it.

    Objects under water will appear larger than they would on the surface, too. Be careful not to tell any stories about the big fish that got away. That fish might not be so big after all! It's just because sometimes things can seem to be as much as about 33 percent bigger in water!

    What's more, in deeper water, colors just don't seem as bright. In fact, it looks as if some colors are missing. Remember the color of an object results from the wavelengths (波长) of light that are reflected (反射) from its surface. And light is taken in as it moves down through the water.

    Swimmers wear wet suits to keep warm underwater. Let's take a bright red, yellow, and blue wet suit as an example. These colors are hard to miss on the surface of water. Watch carefully the changes in color as you descend in the water. The red part now looks almost black because the red light wavelengths, the longest among these three colors, are missing. As you go down deeper, the same thing will happen to the yellow part and in the end to the blue part. Even at a place of about 6 to 9 meters underwater, you will look terrible, like a ghost! And you have to wait for your return to the surface to enjoy the bright colors again!

(1)、You miss the object underwater when you want to touch it because ___________.
A、your eyesight is quite poor B、you are not quick enough C、it is not as close as it seems D、it disappears very quickly
(2)、The example of the wet suit is used to explain the change of ____of an object underwater.
A、the color B、the size C、the position D、the weight
(3)、The underlined word "descend" probably means _________ in this passage.
A、go out B、go up C、go in D、go down
(4)、Which of the following is true?
A、The wavelengths of red light are longer than those of blue light. B、A four-meter-long fish looks three meters long underwater. C、Much water will be taken in by the swimmer deep in the water. D、You will see a ghost if you go as deep as 6 to 9 meters into the sea.
(5)、The best title of this passage is ___________.
A、The Standard of Color Underwater B、The Direction of Light Underwater C、The Brightness of Color Underwater D、The Behavior of Light Underwater
举一反三
阅读理解

    Read the questions and answer YES or NO, then you will find out how good you are.

⒈When you don't understand something, you ask questions.

⒉You like listening to older people talk about the past.

⒊You think that you can learn something interesting from everyone around you.

⒋You are brave enough when you have to talk to people you don't know.

⒌You enjoy reading books about famous people.

⒍You always see and talk to different people.

⒎You are interested in learning new ways of doing things.

⒏You enjoy sharing experiences with friends and learning from people of all ages.

⒐You talk a lot about yourself.

⒑Even if you are often wrong, you make your own decisions.

⒒You hate teaching what you are good at: sports, technology and so on.

⒓Your parents don't understand you, so you don't talk to them much.

Score Now! (开始计分 )

    Score2 points if you answer YES to each of the first 8 questions, and 0 if you choose NO.

    Score 2 points if you answer NO to each of the last 4 question, and 0 if you choose YES.

    18-24. You are friendly and open-mind. You make people feel important by listening to what they have to say. You'll probably succeed in learning all kinds of interesting things.

    10-16. Remember that every single person you know can teach you something. You will great make your life rich and colorful.

    0-8 About 400 years ago, a famous writer wrote, “No man is an island.” This is still true today. Try to be more open and interested in people around you.

阅读理解

    Our eyes may be playing tricks on us.  New research shows that sometimes people physically see what they want to see. Cornell University social psychologist(心理学家) David

    Dunning carried out experiments to test whether wishful thinking can actually affect what we see.

    “It's well proved from what is experienced in everyday life, and from the laboratory as well, that people think what they want to think," he says. "We're taking this a step further.

    We're asking if strong wishes and fears can actually affect what people physically see."

    Dunning and his assistants told volunteers that a computer game would show them either a letter or number to decide whether they would drink orange juice or fruit syrup(果子露).

    As they wrote in the Journal of Personality and Social Psychology, the computer would flash an ambiguous picture, which could be seen as the letter "B" or the number "13". Volunteers who were told that a letter would get them orange juice most often reported seeing "B". Those who were told that a number would get them orange juice most often saw "13".

    The researchers also used a hidden camera to track volunteers' eye movements, particularly the first eye movement. "We don't control them," Dunning says, "and they don't even know that we are watching them, so it honestly shows what a person is seeing."

    "This research suggests that the brain is doing a lot of work between the eye and the conscious awareness to affect what we think," Dunning concludes (得出结论). "Before we even see the world, our brain has decided to keep what we want to see and avoid what we don't want to see."

阅读理解

    Albert Einstein is right once again! He thought of the idea about gravitational waves years ago with his Theory of Relativity, but scientists are finally discovering that it really exists now. But what are gravitational waves, and why are they important?

    Well, gravitational waves are made by black holes and can change time in space. Black holes aren't holes but are lots of matter put together into a very small area. They are created when a star, much like our sun, explodes and leaves behind this dense* material. It doesn't shine like a star any more, and it becomes black.

    The black holes that made these waves are special. About 1.3 billion years ago, there were two black holes that kept moving closer and closer together. Finally, they hit each other and formed one big black hole. The energy is given off and created the ripples* in space. These ripples are gravitational waves. For example, imagine you throw a stone into a pool. It creates ripples that change the shape of the water. Well, that's kind of what the influence of one black hole hitting the other has in space.

    Gravitational waves are hard to explore. But thanks to the efforts of scientists, the ripples were discovered on Feb. 11th, which is the first time in human history. Einstein was excellent to know this 100 years ago before we have the technology. It can give us a new view of the universe we live in. The discovery of gravitational waves, unlike stars, galaxies and other bright objects, black holes don't produce light, so we can't see them by tools. Gravitational waves allow scientists to look at the universe not only with light, but also with gravity. "Everything else in astronomy like the eye," A scientist told The New York Times. "Finally, astronomy grew ears. We had never ears before."

    Now, we will be able to find black holes and things that are much further away from Earth, which means much more space exploration in the future. And who knows, this discovery could even lead to time travel!

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