高考英语阅读理解每日一练11-2026届高三英语一轮复习专项

高考英语阅读理解每日一练 考点：细节理解+推理判断+主旨大意+观点态度+篇章结构 建议用时：25-30分钟 分层说明：基础层（1-4题）细节定位/直接匹配；提升层（5-12题）推理/观点/结构/信息整合，贴合高考科创类命题趋势 A篇 话题：智能翻译机的基础功能与优势（基础层） Smart translators are portable AI electronic devices designed for real-time language translation, and they have become essential tools for cross-border travel, international communication and overseas study. Unlike translation apps on smartphones that rely on the Internet, most smart translators support offline translation, which works smoothly even in areas with no network signal. Common types include handheld translators, wearable translation earphones, with simple operation and accurate translation for more than 100 languages. The most basic function of smart translators is real-time oral translation. Users only need to speak the original language to the device, and it can translate the content into the target language and broadcast it out loud in a few seconds—this two-way real-time translation makes face-to-face communication with foreigners effortless. Some smart translators also support text translation: they can scan printed or handwritten text with the built-in camera and translate it instantly, which is useful for reading foreign menus, road signs and documents. Smart translators have many user-friendly design features. They are small in size, light in weight and easy to carry in a pocket or a bag, perfect for travel and outdoor activities. Most of them have a clear touch screen and simple physical buttons, so even the elderly can operate them easily. In addition, their battery life is long—one full charge can support continuous translation for 8 to 12 hours, meeting the needs of all-day use. With the update of AI technology, the translation accuracy of smart translators is getting higher and higher, and they can even recognize different accents and dialects of the same language. They break the language barrier between people from different countries and regions, making cross-cultural communication more convenient and smooth. Now, more and more people choose smart translators as their first choice for cross-border language communication. 1. What is the biggest difference between smart translators and phone translation apps? A. Smart translators support offline translation B. Smart translators can only translate a few languages C. Smart translators rely on the Internet all the time D. Smart translators are heavier than smartphones 2. What is the most basic function of smart translators? A. Scanning foreign photos and videos B. Real-time oral translation between languages C. Storing a large number of foreign documents D. Making international phone calls for free 3. Which feature makes smart translators easy to use for the elderly? A. Large size and heavy weight B. Complex physical buttons and screens C. Clear touch screen and simple operation D. Only supporting one-way translation 4. What can smart translators recognize with the update of AI technology? A. Different accents and dialects of a language B. The user's mood and speaking speed C. All the handwritten text in the world D. The network signal in different areas B篇 话题：柔性屏技术的创新发展与应用（提升层） Flexible screen technology, also known as flexible display technology, is a revolutionary innovation in the display field, which breaks the limitation of traditional rigid screens that can only be flat and immovable. Made of flexible organic materials, flexible screens can be bent, folded, rolled and even stretched, while maintaining high-definition display effects. This technology has become a core driving force for the upgrading of electronic devices and is widely used in various smart products. The most common application of flexible screen technology is in mobile electronic devices. Foldable smartphones are the most representative product: they use foldable flexible screens to realize the switch between a small phone and a large tablet—folding makes it easy to carry, and unfolding provides a larger viewing screen for watching videos and working. In addition, flexible screens are also used in smart watches and fitness trackers: the soft screen can fit the curve of the human wrist perfectly, making the wear more comfortable and the appearance more stylish. Flexible screen technology also has broad application prospects in other fields. In the automotive industry, flexible screens can be installed on the curved surfaces of car dashboards and door panels, replacing the traditional separate small screens and realizing integrated large-screen control of the car system, which makes the car interior more concise and the operation more convenient. In the field of wearable devices, flexible screen earphones and flexible screen glasses are being developed, which can display information directly on the device without the need for an additional screen. In the medical field, flexible screens can be made into ultra-thin portable display devices for doctors to check medical data anytime and anywhere during diagnosis and surgery. However, the commercialization of flexible screen technology still faces some technical challenges. First, the service life of flexible screens needs to be improved: repeated folding and bending will cause wear to the screen materials, and the current flexible screens can only withstand tens of thousands of folds, which is not enough for long-term use. Second, the production cost is high: the manufacturing process of flexible organic materials is complex, and the yield rate is low, leading to high prices of flexible screen products. Third, the screen protection is difficult: flexible screens are more fragile than rigid screens and are easy to be scratched or damaged by external forces. Despite these challenges, flexible screen technology is developing rapidly with continuous research and innovation. Scientists are developing new high-strength flexible materials to improve the service life and scratch resistance of the screen, and optimizing the manufacturing process to reduce production costs and improve yield rates. Major electronic companies are also increasing investment in research and development, launching more and more flexible screen products with better performance and lower prices. In the future, flexible screen technology will be more widely used in more fields, changing the design and form of electronic devices and creating a more flexible and intelligent digital life. 5. What is the core feature of flexible screens different from traditional rigid screens? A. They are only flat and immovable B. They can be bent, folded and stretched C. They have low-definition display effects D. They are made of hard inorganic materials 6. Which product is the most representative application of flexible screen technology in mobile devices? A. Smart watches with curved screens B. Foldable smartphones C. Wearable translation earphones D. Ultra-thin portable medical displays 7. What can we infer about the future of flexible screen products? A. Their prices will be lower with optimized manufacturing processes B. They will stop developing due to high production costs C. Their service life will become shorter with more folds D. They will only be used in mobile electronic devices 8. What is the author's attitude towards the future development of flexible screen technology? A. Doubtful B. Pessimistic C. Optimistic D. Unconcerned C篇 话题：人工智能医疗的应用与发展挑战（提升层） AI medical care is a new field that combines artificial intelligence technology with medical care, which uses AI algorithms, big data and machine learning to assist doctors in diagnosis, treatment, medical research and health management. With the development of AI technology, AI medical care has made great progress in recent years, and it is gradually changing the traditional medical mode, improving medical efficiency and quality, and making medical services more accessible. AI medical care has a wide range of applications in clinical diagnosis. AI diagnostic systems can analyze a large number of medical images such as X-rays, CT scans and MRIs, and identify abnormal lesions such as tumors, nodules and plaques with high accuracy—even higher than human doctors in some specific fields. For example, AI can detect early lung cancer from chest CT images with an accuracy rate of more than 95%, which is of great significance for the early diagnosis and treatment of lung cancer. In addition, AI can also analyze patients' medical records, symptoms and test results, and provide preliminary diagnostic suggestions for doctors, reducing the probability of misdiagnosis and improving diagnostic efficiency. In medical research and drug development, AI medical care plays an irreplaceable role. AI can process and analyze massive medical research data in a short time, which helps scientists find the potential causes of diseases and discover new drug targets quickly. In drug development, AI can simulate the molecular structure of drugs and predict the effect and side effects of new drugs, greatly shortening the research and development cycle of new drugs and reducing the research and development cost. What used to take several years or even more than ten years to develop a new drug can now be completed in a shorter time with the help of AI. In public health management, AI medical care also has important applications. AI can collect and analyze real-time public health data such as epidemic information, disease incidence and medical resource allocation, and predict the development trend of epidemics and infectious diseases, helping relevant departments make scientific prevention and control decisions. In personal health management, AI health monitoring devices and apps can track users' daily health data such as heart rate, blood pressure and sleep quality, and provide personalized health suggestions and early warning of potential diseases, helping people maintain good health and prevent diseases in advance. However, the development of AI medical care still faces many challenges, including technical, ethical and legal issues. Technically, the AI diagnostic system relies on a large number of high-quality medical data, but the current medical data sharing is insufficient, and the data quality is uneven, which affects the accuracy and generalization ability of the AI system. Ethically and legally, who should be responsible for medical accidents caused by AI diagnostic errors? The doctor, the AI developer, or the medical institution? This problem has not yet been clearly defined by relevant laws and regulations. In addition, there are also issues such as medical data security and patient privacy protection—AI medical care needs to collect a lot of personal medical data, and once the data is leaked, it will cause great harm to patients. Despite these challenges, AI medical care is an inevitable trend in the development of the medical industry. Governments around the world are formulating relevant laws and regulations to standardize the development of AI medical care and define accident responsibilities. Medical institutions are strengthening data sharing and improving data quality under the premise of protecting patient privacy. Scientists are also continuously optimizing AI algorithms to improve the accuracy and reliability of AI diagnostic systems. In the future, AI medical care will not replace human doctors, but will become a powerful assistant for them, working with human doctors to provide better medical services for people all over the world. 9. What is the core of AI medical care combining AI technology with medical care? A. Using AI algorithms and big data to assist medical work B. Replacing human doctors in all clinical diagnosis C. Only collecting patients' personal health data D. Reducing the research and development cycle of traditional drugs 10. What can AI do with high accuracy in clinical diagnosis? A. Make the final diagnosis decision for patients B. Analyze medical images and identify abnormal lesions C. Operate on patients with tumors and nodules D. Share all medical data with other institutions 11. What is the structure of the second, third and fourth paragraphs of the passage? A. Time-Order B. Cause-Effect C. Total-Part (classification) D. Comparison-Contrast 12. What is the main idea of the whole passage? A. AI medical care has replaced human doctors in specific diagnostic fields B. AI medical care has wide applications and faces multiple development challenges C. AI medical care only plays a role in clinical diagnosis and drug development D. AI medical care has no technical problems with sufficient high-quality medical data 答案 A篇（基础层）：1.A 2.B 3.C 4.A B篇（提升层）：5.B 6.B 7.A 8.C C篇（提升层）：9.A 10.B 11.C 12.B 套题43 精简解析 A篇 智能翻译机的基础功能与优势（基础层） 1. A 定位：第一段第二句“Unlike translation apps on smartphones that rely on the Internet, most smart translators support offline translation”；错误项：B（仅翻译少数语言，原文超100种）、C（全程依赖网络，与原文相反）、D（比手机重，原文轻便） 2. B 定位：第二段第一句“The most basic function of smart translators is real-time oral translation”；错误项：A（扫描图片视频，原文仅扫描文字）、C（存储外文文档，原文无此功能）、D（免费国际通话，原文未提及） 3. C 定位：第三段第三句“Most of them have a clear touch screen and simple physical buttons, so even the elderly can operate them easily”；错误项：A（大且重，原文小巧轻便）、B（复杂按键屏幕，与原文相反）、D（仅单向翻译，原文是双向） 4. A 定位：第四段第一句“they can even recognize different accents and dialects of the same language”；错误项：B（识别情绪语速，原文未提及）、C（识别全球手写文字，表述绝对）、D（识别网络信号，原文无此功能） B篇 柔性屏技术的创新发展与应用（提升层） 5. B 定位：第一段第一句“flexible screens can be bent, folded, rolled and even stretched”；错误项：A（仅扁平固定，是传统硬屏特征）、C（低清显示，原文是高清）、D（硬质无机材料，原文是柔性有机材料） 6. B 定位：第二段第二句“Foldable smartphones are the most representative product”；错误项：A（智能手表，非最具代表性）、C（翻译耳机，与柔性屏无关）、D（医疗显示器，非移动设备） 7. A 定位：最后一段第二句“optimizing the manufacturing process to reduce production costs and improve yield rates”；错误项：B（停止发展，原文快速发展）、C（寿命变短，原文研发材料提升寿命）、D（仅用于移动设备，原文多领域应用） 8. C 定位：最后一段首句“Despite these challenges, flexible screen technology is developing rapidly”+尾句未来多领域广泛应用展望；错误项：A（怀疑）、B（悲观）、D（漠不关心），均与作者态度不符 C篇 人工智能医疗的应用与发展挑战（提升层） 9. A 定位：第一段第一句“uses AI algorithms, big data and machine learning to assist doctors in diagnosis, treatment, medical research and health management”；错误项：B（替代医生，原文是辅助）、C（仅收集健康数据，片面）、D（缩短药研周期，是应用而非核心定义） 10. B 定位：第二段第二句“AI diagnostic systems can analyze a large number of medical images... and identify abnormal lesions such as tumors, nodules and plaques with high accuracy”；错误项：A（做最终诊断，原文是提供建议）、C（做手术，原文无此功能）、D（共享所有数据，原文数据共享不足且有隐私保护） 11. C 定位：第二段总述临床诊断应用、第三段总述药研应用、第四段总述公共健康管理应用，均为“总-分”分类阐述；错误项：A（无时间词）、B（无因果逻辑）、D（无正反对比） 12. B 定位：全文梳理（定义+临床/药研/公共健康应用+技术/伦理/法律挑战+发展趋势）；错误项：A（替代医生，原文是辅助）、C（仅临床和药研，片面）、D（无技术问题，原文提及多项挑战） 学科网（北京）股份有限公司 $