1. 写信目的；
2. 你家的优势；
3. 你的期望。
注意：
1. 写作词数应为80左右；
2. 请按如下格式在答题卡的相应位置作答。
Dear Edward,
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Yours,
Li Hua
Cedar Point was an amusement park in Ohio I had been expecting to visit as a child. We lived close to the park, so I often heard the screams of people on the roller coaster, saw the tired kids with their parents when they left. Sometimes, I looked wistfully at the lights through my window at night.
When I was nine, my grandmother managed to save a little bit of money here and there and took me there one day that summer. I yelled, excitement bubbling inside me. As we arrived at the park for the first time, kids were everywhere, eating popcorn (爆米花) and blowing bubbles. My eyes widened in delight at the scene. I wanted to do all those things, but deep down, I knew we didn’t have enough money. We could only afford to buy a ticket only for one ride for fifteen minutes. I pulled my grandmother toward the ticket window to buy a ticket for the carousel (旋转木马).
It was exactly as I had imagined, straight out of a movie. My grandmother smiled fondly and leaned down, giving the ticket to the ride operator, Mr Salas. Letting go, I rushed to the ride, stopping only to pick which horse to sit on. They were all so beautiful, coming in different colors with’ different expressions ‘on their plastic faces. To me, it felt like the decision of a lifetime.
“Come on, sweetie! The ride is going to start!” my grandmother called out, laughing at my indecision. Seeing that, Mr Salas also smiled warmly. Finally, I picked the horse with the pink hair and blue saddle. In the following minutes, I was absorbed in enjoying the ride, forgetting my family was struggling. My grandmother waved each time the ride passed her by. Mr Salas watched me from a distance.
Sadly, the carousel ride ended much too quickly. My grandmother was waiting and took my hand. I got down from the horse unwillingly, feeling bittersweet.
注意:1. 续写词数应为150 左右;
2. 请按如下格式在答题卡的相应位置作答。
At that moment, Mr Salas approached us with a warm smile on his face.
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After a while, Mr Salas returned, with an all-inclusive ticket for Cedar Point for the entire day.
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I am a proud mother of three children, my last little one being delivered in the middle of this pandemic (疫情). She was born in August and her name is Aida.
Shortly after having Aida, my mother-in-law Ann showed me something she learned from her friend’s mother in an art class she attended weekly, She had showed me how to knit (编织) a scarf.
I spent a lot of time breastfeeding my sweet little girl, so I had some extra time to do something with my hands throughout the day. I enjoyed making the scarf so I purchased tons of yarn (线) since it was winter. I wanted to make scarves for my three children as Christmas gifts.
There was a new family that moved in down the street. The only daughter of the family was Jane, a shy girl, aged 14, the same age of my oldest son David. It seemed that she came from a financially disadvantaged family, for she always wore old clothes. Worse still, in such cold days, she had no more clothes to wear and trembled with cold.
Due to the pandemic, society was thrown into crisis mode. Schools were closed, food supplies and deliveries were suspended and children were stuck at home. In such discouraging time, however, they became good companions, talking and playing at home or around the houses.
It was dreadfully cold this winter. Every time David came back from outside, with red face, he always cried, “Mum, it is freezing outside!” Then, he came over to see whether I finished the scarf. I could tell how impatient he was to wear my scarf sooner! I had to speed the project to satisfy his expectation. But David comforted me by saying he could wait a few days. What a kind and considerate boy he was! Then my great art project finally was accomplished on the morning ahead of Christmas.
注意：1.续写词数应为150词左右；
2.续写部分分为两段，每段的开头语己为你写好。
Paragraph 1: I wrapped the scarf around David’s neck.
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Paragraph 2: Later that day David came back saying Jane also deserved a scarf.
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4 . 假定你是李华，你的美国好友Susan下周要参加国际中华思想文化演讲比赛（International Speech Contest on Chinese Thought and Culture），给你发来邮件表示焦虑、紧张。请你就此给她回封邮件，内容包括：
1.表示宽慰；
2.提出建议；
3.给予鼓励。
注意：
1.词数80左右；
2.格式已为你写好。
Dear Susan,
________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________
Best wishes,
Li Hua
5 . History has not yet
Whatever we
Historian Neil Howe sees
| A．remarked | B．convinced | C．guaranteed | D．revealed |
| A．numbers | B．houses | C．accommodates | D．contains |
| A．peers | B．adolescents | C．folks | D．guys |
| A．over | B．without | C．besides | D．beyond |
| A．diagnosed | B．dismissed | C．labeled | D．coined |
| A．end up | B．consider about | C．appeal for | D．approve of |
| A．distribution force | B．purchasing power | C．global view | D．unique outlooks |
| A．vivid | B．instructive | C．instant | D．profitable |
| A．feed up with | B．put up with | C．make up for | D．identify with |
| A．faking | B．revising | C．illustrating | D．maintaining |
| A．supervising | B．forming | C．representing | D．promoting |
| A．parallels | B．contrasts | C．comparisons | D．reservations |
| A．because | B．although | C．while | D．when |
| A．emphasis | B．generation | C．intensity | D．cultivation |
| A．routes | B．schemes | C．names | D．definitions |
1．上课认真听讲，做好笔记，课后及时复习。
2．词汇是基础，每天早上花半个小时的时间背诵单词，朗读课文。
3．课外多与同学用英语交流，提高听力和口语能力。
4．每天坚持写日记。
注意：1．词数80词左右，短文的开头和结尾已为你写好，不计入总数。
2．内容可适当发挥，注意行文连贯。
Dear Wang Mei,
I’m very glad to have received your e-mail.
___________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________Yours,
Li Hua
7 . Atomic shapes are so simple that they can’t be broken down any further. Mathematicians are trying to turn to artificial intelligence (AI) for help to build a periodic table of these shapes, hoping it will assist in finding yet-unknown atomic shapes.
Tom Coates at Imperial College London and his colleagues are working to classify atomic shapes known as Fano varieties, which are so simple that they can’t be broken down into smaller components. Just as chemists arranged element s in the periodic table by their atomic weight and group to reveal new insights, the researchers hope that organizing these atomic shapes by their various properties will help in understanding them.
The team has given each atomic shape a sequence of numbers based on its features such as the number of holes it has or the extent to which it bends around itself. This acts as a bar code (条形码) to identify it. Coates and his colleagues have now created an AI that can predict certain properties of these shapes from their bar code numbers alone, with an accuracy of 98 percent.
The team member Alexander Kasprzyk at the University of Nottingham, UK, says that the AI has let the team organize atomic shapes in a way that begins to follow the periodic table, so that when you read from left to right, or up and down, there seem to be general patterns in the geometry (几何) of the shapes.
Graham Nib lo at the University of Southampton, UK, stresses that humans will still need to understand the results provided by AI and create proofs of these ideas. “AI has definitely got unbelievable abilities. But in the same way that telescopes (望远镜) don’t put astronomers out of work, AI doesn’t put mathematicians out of work,” he says. “It just gives us new backing that allows us to explore parts of the mathematical landscape that are out of reach.”
The team hopes to improve the model to the point where missing spaces in its periodic table could point to the existence of unknown shapes.
1. What is the purpose of building a periodic table of shapes?| A．To gain deeper insights into the atomic shapes. |
| B．To create an AI to predict the unknown shapes. |
| C．To break down atomic shapes into smaller parts. |
| D．To arrange chemical elements in the periodic table. |
| A．Its holes. | B．Its bends. |
| C．Its atomic weight. | D．Its properties. |
| A．Design. | B．Help. | C．Duty. | D．Threat. |
| A．Thanks to AI, new atomic shapes have been discovered. |
| B．Mathematicians turn to AI to create more atomic shapes. |
| C．AI helps build a relationship between chemistry and maths. |
| D．A periodic table of shapes can be built with the help of AI. |
1. 你的理想职业；
2. 选择它的理由；
3. 实现的途径。
注意：
1. 词数80左右；
2. 可根据内容要点适当发挥，以使行文连贯。
My Dream Career
___________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________________9 . When you ask people to judge others by their speech, a trend emerges: Listeners dislike disfluency. Slow talkers producing loads of ums and pauses(停顿)are generally perceived as less charming. But science tells us there may be even more to disfluency.
Disfluencies do not occur in arbitrary positions in sentences. Ums typically occur right before more difficult or low-frequency words. Imagine you’re having dinner with a friend at a restaurant,and there’re three items on the table: a knife, a glass, and a wine decanter(醒酒器). Your friend turns to you and says, “Could you hand me the...um...” What would you assume they want? Since it’s unlikely that they will hesitate before such common words as knife, and glass, chances are you’ll pick up the decanter and ask, “You mean this?”
This is exactly what we demonstrated through controlled eye-tracking studies in our lab. Apparently, listeners hear the um and predict that an uncommon word is most likely to follow.Such predictions, though, reflect more than just simple association between disfluencies and difficult words; listeners are actively considering from the speaker’s point of view. For example, when hearing a non-native speaker say the same sentence but with a thick foreign accent, listeners don’t show a preference for looking at low-frequency objects. This is probably because listeners assume non-native speakers may have as much trouble coming up with the English word for a common object, like a knife, as for unusual ones and can’t guess their intention.
In another experiment, listeners were presented with an atypical speaker who produced disfluencies before simple words and never before difficult words. Initially, participants displayed the natural predictive strategy: looking at uncommon objects. However, as more time went by, and they gained experience with this atypical distribution of disfluencies, listeners started to demonstrate the contrary predictive behavior: They tended to look at simple objects when hearing the speaker say um.
These findings represent further evidence that the human brain is a prediction machine: We continuously try to predict what will happen next, even though not all disfluencies are created equal.
1. What does the underlined word “arbitrary”mean in paragraph 2?| A．Random. | B．Strategic. | C．Obvious. | D．Consistent |
| A．They can be understood easily. | B．They actively put themselves in others’ shoes |
| C．Their vocabularies are limited. | D．Their disfluencies are a little less predictive. |
| A．Simple things are difficult in some cases. | B．Listeners can adjust predictions accordingly. |
| C．Distribution of disfluencies is changeable. | D．Disfluencies in communication can be avoided. |
| A．Pauses Coexist with Prediction. | B．Brains Are Powerful Prediction Machines. |
| C．Active Listeners Simplify Talks. | D．Disfluency Says More Than You Think. |
10 . Every decision we make is arrived at through hugely complex neurological processing. Although it feels as though you have a choice, the action that you ‘decide’ to take is entirely directed by automatic neural activity. Brain imaging studies show that a person’s action can be predicted by their brain activity up to 10 seconds before they themselves become aware they are going to act. Multiple neuroscientific studies show that even those important decisions that feel worked out are just as automatic as knee-jerk reactions (膝跳反应) (although more complex).
Decision-making starts with the amygdala: a set of two almond-shaped nuclei (杏仁状核) buried deep within the brain, which generate emotion. The amygdala registers the information streaming in through our senses and responds to it in less than a second, sending signals throughout the brain. These produce an urge to run, fight, freeze or grab, according to how the amygdala values various stimuli.
Before we act on the amygdala’s signals, however, the information is usually processed by other brain areas, including some that produce conscious thoughts and emotions. Areas concerned with recognition work out what’s going on, those concerned with memory compare it with previous experiences, and those concerned with reasoning, judging and planning get to work on constructing various action plans. The best plan—if we are lucky—is then selected and carried out. If any of this process goes wrong, we are likely to hesitate, or do something silly.
The various stages of decision-making are marked by different types of brain activity. Fast (gamma)waves, with frequencies of 25 to 100 Hz, produce a keen awareness of the multiple factors that need to be taken into account to arrive at a decision. If you are trying to choose a sandwich, for instance, gamma waves generated in various cells within the ‘taste’ area of the brain bring to mind and compare the taste of ham, hummus, wholemeal, sourdough, and so on. Although it may seem useful to be aware of the full range of choice, too much information makes decision-making more difficult, so irrelevant factors get dismissed quickly and unconsciously.
After this comparison stage, the brain switches to slow-wave activity (12 to 30 Hz). This extinguishes most of the gamma activity, leaving just a single ‘hotspot’ of gamma waves which marks the chosen option.
Although there is no ‘you’ outside your brain to direct what it’s doing, you can help it to make good decisions by placing yourself in a situation which is likely to make the process run more smoothly. Doing something that is physically or mentally stimulating before making a decision will help your brain produce the initial gamma waves that generate awareness of the competing options. Getting over-excited, on the other hand, will prevent the switch to the slow brainwaves, making it much harder to single out a choice.
1. Why does the writer mention “knee-jerk reactions” in the first paragraph?| A．To introduce the finding of the latest brain imaging studies. |
| B．To illustrate that decisions are not consciously thought out. |
| C．To call attention to a kind of neural reaction that is not very complex. |
| D．To show the difference between decision-making and other brain activity. |
| A．It works out conscious thoughts and emotions. |
| B．It selects the best action plan for a given situation. |
| C．It dismisses factors that are irrelevant to the decision to be made. |
| D．It processes sensory information and generates emotional responses. |
| A．Slow-wave activity usually lasts longer than fast-wave activity. |
| B．The brain prioritizes information before settling on a final choice. |
| C．Decision-making is difficult when slow-wave activity occurs first. |
| D．The brain needs as much information as possible to make a decision. |
| A．By preparing the brain to single out the most reasonable choice. |
| B．By helping the brain switch to slow-wave activity more quickly. |
| C．By getting the brain to focus on those most relevant alternatives. |
| D．By making the brain more aware of the factors and choices involved. |
