江苏省盐城中学2023-2024学年高二下学期5月月考英语试题一、阅读理解Magic Milk ExperimentThis fun experiment is a classic for a reason! In the magic milk experiment, kids learn about simple chemical reactions and physical features using only a few materials. Read on to see how to do the experiment.How does the magic milk experiment work?In this experiment, you pour some milk in a shallow dish. You then add drops of food coloring to the surface of the milk. Using a cotton swab (棉签) dipped into dish soap, you lightly brush the surface of the milk. The dish soap breaks the surface tension of the milk, and the soap molecules try to attach to the fat molecules in the milk. This leads to swirls (漩涡) and bursts of fun rainbow colors.What does the magic milk experiment teach?This experiment teaches us about the science of molecules and how matter interacts. The soap breaks down the fat molecules and makes them move apart, showing us a simple but interesting example of chemistry in action.Materials needed:To do the magic milk experiment, you will need a shallow bowl or plate, milk, blue dish soap, cotton swabs, and food coloring. Be sure to use the more inexpensive food coloring as opposed to gel (凝胶) coloring, which does not work as well.Magic milk experiment steps:·Pour milk into a shallow dish or bowl, just enough to cover the bottom.·Add drops of food coloring all over the surface of the milk.·Dip the end of a cotton swab into a separate dish of blue soap.·Lightly brush the top of the milk with the cotton swab, and watch what happens. 1.What causes swirls and bursts of fun rainbow colors in the experiment?A.The overuse of dish soap.B.The temperature of the milk.C.The food coloring left in the shallow dish.D.The interaction between dish soap and milk.2.Which material has special requirements in the experiment?A.Milk.B.Coloring.C.Dish soap.D.The cotton swab. 3.What can kids learn from the experiment?A.Good eating habits.B.Useful painting skills.C.Basic scientific concepts.D.Important statistical methods.I’ve received dozens of these emails throughout my experience as a writer: “Thank you so much for taking the time to submit your work to us. However, this piece is not right for our magazine”; “Thank you for submitting your story to our magazine. Unfortunately, we are unable to publish it”; “We appreciate the chance to read your story. Unfortunately, the piece is not for us”; etc.Nobody likes getting such emails. They are painful and can often be demotivating. However, one day I received a beautiful rejection letter. The editor wrote that he enjoyed my non-fiction article. He also wrote, “I like your writing style. It is very engaging. Nevertheless, I did find a few spots in your story where the wording seemed a little foreign or unusual to me. Not that it was wrong but that it tended to draw my attention away from the story. You should read as much English (British and/or American English) as you can to build a vocabulary and usage that draws our attention to feelings, not words.”As a non-native English speaker, I often found it challenging to write in English. But the editor’s letter is of great help to me as it elucidated where and how I should improve my writing. I read Ernest Hemingway’s books and Jane Austen’s classic novels in order to improve my language skills. I read English newspapers and magazines and learned at least three new words every day. I listened to talk shows on the radio.After eight months of this process, I went back and read the essay I had originally sent to the editor. I rewrote the story and sent it to the same editor who congratulated me and accepted it for publication. What I took away from this experience was that I should never be satisfied with just okay results. I need to keep working on myself and to try to constantly expand my knowledge by taking advantage of every single moment, advice, comment, and review. I do feel uncomfortable sometimes, but I am not scared. The bigger the challenge, the bigger the opportunity to learn and grow.4.What did the editor find unsatisfying about the author’s essay?A.The story was too complicated.B.Some unusual feelings were expressed.C.Some language was not natural enough.D.The writing style was far from engaging. 5.What does the underlined word “elucidated” in paragraph 3 probably mean?A.Clarified.B.Proved.C.Supported.D.Confirmed. 6.What did the author learn from her experience?A.Great minds usually think alike.B.Someone always sees the good in you.C.One should always work towards improvement.D.We shouldn’t be ashamed to seek advice from others.7.What would be the best title of the text?A.How I dealt with a rejection letter.B.How a rejection letter made me a better writer.C.How an honest editor stimulated my interest in writing.D.How I benefited from constant communication with my editor.The ocean, with its vast mysteries hidden in its depths, has long excited human curiosity. From ancient maps decorated with dragons and sea monsters to modern-day technology, we’ve made limited progress in uncovering the secrets of the deep blue. Despite the technological advancements to date, only around five percent of the world’s oceans have been mapped.The power of underwater exploration is currently the biggest obstacle we face. While technologies like wave and tidal power show promise, they are often location-dependent. Solar power, on the other hand, offers an ever-present and powerful energy source, even beneath the ocean’s surface. Sunlight can penetrate (穿透) waters up to 50 meters deep, providing sufficient energy to operate basic appliances. And in recent research conducted by a team from NYU Tandon School of Engineering, solar cells successfully powered AUVs (autonomous underwater vehicles) and communications equipment, demonstrating its enormous potential for undersea exploration.However, some challenges remain. One lies in the design of existing silicon (硅) solar technology, which is ill-suited for underwater environments. Beyond moisture and salt content harmful to electronics in general, silicon solar cells are optimized (使优化) to absorb red andinfrared light, which do not penetrate water effectively.Another critical issue underwater solar cells face is biofouling—the gradual gathering of organic substances on the cells. This buildup blocks light. Furthermore, it affects the underwater vehicles themselves, increasing their weight. Previous experiments revealed that biofouling covered over 50 percent of the surface after just 30 days underwater, significantly hampering solar cell operation.In the research, the team also tackled practical challenges in designing and testing underwater solar cells. They created innovative solutions, such as using LED lights to copy the light spectrum (光谱) at various depths, removing the need for water during testing.These experiments demonstrated that silicon-based solar cells performed better in shallow depths, while other cell types proved more efficient below two meters. Although these specially designed underwater solar cells are still in their early stages of development, these contributions could lay the foundations for groundbreaking technologies that reveal both the potential of solar energy and the mysterious depths of our unexplored oceans.8.What does the author intend to tell us in paragraph 1?A.The ocean is mostly unexplored.B.The sea has shaped human civilization.C.Marine exploration technology is urgently needed.D.Technology promotes humans’ underwater exploration.9.What is the advantage of solar power according to paragraph 2?A.It is affordable.B.It is eco-friendly.C.It is location-independent.D.It is efficient in generating electricity. 10.What is the author’s attitude towards the underwater solar cells designed by the researchers?A.Unconcerned.B.Favorable.C.Doubtful.D.Disapproving. 11.In which section of a magazine may this text appear?A.Health.B.Education.C.Society.D.Nature.Zero-emission cars are soaring in popularity, but running an electric vehicle is next to impossible in places with limited charging infrastructure. Stella Terra could change that. The khaki-green SUV uses solar panels on its sloping roof to charge its electric battery, meaning it candrive long distances powered entirely by the sun.Built by a team of students at Eindhoven University of Technology in the Netherlands, “the world’s first off-road (越野的) solar-powered vehicle” could help connect remote areas “where roads are less developed and energy grids are not as reliable,” and assist with emergency aid and deliveries, says Thieme Bosman, events manager for the team.The road-legal car has a top speed of 145 kilometers per hour. On a sunny day, its battery range is around 710 kilometers on roads, and around 550 kilometers off-road, depending on the surface. In cloudy conditions, the team estimates the range could be 50 kilometers less.Electric SUVs are heavier than standard electric vehicles, and require bigger, heavier batteries to power them. Minimizing the vehicle’s weight is essential, and the team of 22 students focused on making every element ultra-efficient. At just 1,200 kilograms, Stella Terra weighs around 25% less than the average mid-sized SUV.Able to travel off-road, and with no need for charging points, drivers of a solar-powered SUV are liberated to go wherever they please, says Bob van Ginkel, technical manager for Stella Terra. The designers made elements of the SUV livabie for long-distance, multiday journeys: for example, the car’s scats fully recline to create a bed. When the car is still, the solar panels can be extended to maximize charging, while doubling as an awning (遮阳篷) for shade.The team tested the vehicle in Morocco earlier this month, driving more than 1,000 kilometers between the country’s northern coast and the Sahara Desert in the south. “Morocco has a huge variety of landscapes and different surfaces in quite a short distance,” says Bosman, adding that the car was tested “on every type of surface that a car like this could encounter”.Bosman noted that the vehicle had proved to be one-third more efficient than expected on the trip, and that its lightweight design made it less likely to get stuck on rugged terrain (地形), and put less stress on its suspension.The team hopes their concept SUV could be mass-produced in the near future. “We aim to inspire not only everyday people, but also the automotive industry, the Ford and Chryslers of the world, to think again about their designs and to innovate faster than they currently do,” says Bosman.12.What is the main advantage of Stella Terra?A.It is much lighter than other electric SUVs.B.It has a top speed of 145 kilometers perhour.C.It can drive long distances powered by the sun.D.It can be used for emergency aid and deliveries.13.According to Thieme Bosman, what is one potential application of Stella Terra?A.Personal use in urban areas.B.Taxi services in crowded cities.C.Off-road adventures in remote areas.D.Delivery services in well-developed regions. 14.How did Stella Terra perform during the test in Morocco?A.It underperformed on rough ground.B.It reached top speed over a short distance.C.It never got trapped in challenging landscapes.D.It was beyond expectations in terms of efficiency.15.What is the team’s hope for Stella Terra?A.It can inspire the automotive industry.B.It will be well received by consumers.C.It can replace Ford and Chrysler designs.D.It can be innovated faster than other SUVs.A paid internship (带薪实习) is a job often in your chosen field of work that offers a salary and is combined with training in your field. Paid internships are common for college students, who may work part-time during the school year and full-time during the vacation. The duration of the internship is not fixed. 16 Sometimes, it can last for a year or two as knowledge increases.Certain fields may require that you obtain internship experience in advance before getting a license. 17 Students might seek out paid internships to increase their chances of getting hired in their chosen career. A few paid internships may be completely unrelated to jobs you might want to be in but are attractive because they’re fun or have flexible scheduling.18 They allow you to make some money while learning more about the jobs you might later apply for. In addition, engaging in a paid internship allows you to establish connections with professionals and peers within your industry. These networking opportunities can prove invaluable in the future.Some work opportunities are known as partially paid internships. These typically offer a stipend (生活津贴) or a fixed and regular payment that is less than a standard salary. Stipends range greatly and may include housing as part of their offer. 19Paid internships have the potential to lead to permanent employment. 20 Because the transition from an intern to a full-time employee depends on several aspects, including the intern’s performance, organizational needs, and the availability of suitable positions.A.Not all internships are paid.B.However, this outcome is not guaranteed.C.There are many advantages of paid internships.D.Usually the money offers just enough to live on.E.It can be of short duration, lasting only several months.F.This is common in the teaching field and many scientific fields.G.Moreover, paid internships tend to attract a broader pool of applicants.二、完形填空“Would you say you are more of a scientist or an artist?” I frequently 21 this question as I was preparing my doctoral program, often after I told my classmates that I 22 writing poetry. I learned to respond, “A scientist”, because I sensed it would win me more 23 . As an undergraduate, poetry had helped release my pressure. But I wanted to be seen as being 24 to my work as those around me, who appeared completely 25 by nonscientific activities. So, I left poetry by the wayside.However, as my thesis became all-consuming, I was nearly 26 . I turned back to poetry but still 27 about appearing less than fully dedicated to my science. So, when a senior graduate whispered, “I hear you write poetry!” I felt 28 . Was my cover blown? She went on to invite me to perform at our department’s art party. After spending several days 29 , I decided to write a poem and prepare for the performance.The night of the party, I was 30 at the talent on display, including breathtaking musicianship and visual art. Chatting with other performers, many of whom were also graduate students, I realized many shared my 31 that peers might interpret a passion for art as a (n)32 . But over the course of the evening, I found myself 33 the two halves of my identity.I had nothing to hide.Since then, I have continued to 34 all of myself. While completing my Ph. D., Iconstantly wrote poems. Now if someone asks me whether I’m more of a scientist or an artist, I would 35 say, “Both.”21.A.encountered B.ignored C.raised D.understood 22.A.continued B.feared C.disliked D.enjoyed 23.A.wealth B.respect C.rewards D.achievements 24.A.superior B.indifferent C.devoted D.accustomed 25.A.disconnected B.discouraged C.underestimated D.undistracted 26.A.blown away B.sent back C.burnt out D.woken up 27.A.worried B.wondered C.hesitated D.forgot 28.A.relieved B.shocked C.frustrated D.scared 29.A.practicing B.debating C.struggling D.investigating 30.A.amazed B.puzzled C.annoyed D.disappointed 31.A.passion B.curiosity C.expectation D.concern 32.A.ability B.distraction C.reference D.advantage 33.A.in search of B.at risk of C.in connection with D.at peace with 34.A.challenge B.trust C.embrace D.resist 35.A.proudly B.cautiously C.patiently D.seriously三、语法填空阅读下面短文,在空白处填入1个适当的单词或括号内单词的正确形式。