高考英语阅读理解每日一练7-2026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）侧重细节定位、信息直接匹配；提升层（5-12题）侧重推理判断、观点态度、复杂信息整合，贴合高考科技创新类阅读命题趋势。 A篇 话题：可穿戴智能设备的基础应用（基础层） Wearable smart devices are electronic products that can be worn on the body, and they have become more and more popular in daily life in recent years. Common types include smart watches, fitness trackers, smart glasses and smart bands, all of which are small, light and easy to carry, making them perfect for daily use and outdoor activities. The basic function of most wearable smart devices is health monitoring. Smart bands and fitness trackers can record real-time data such as heart rate, step count, sleep quality and daily exercise volume. They sync this data to mobile phones via Bluetooth, so users can check their health status at any time and make reasonable exercise plans. Smart watches have more health functions—they can even detect abnormal heart rates and send alerts to users and their family members, which is very useful for the elderly and people with heart problems. Besides health monitoring, wearable smart devices also have basic life and communication functions. Smart watches can receive phone calls, text messages and app notifications, so users don’t need to take out their phones when they are busy. Some smart glasses can display navigation information on the lens, helping people find their way without looking at their mobile phones. Most wearable devices are charged with USB cables, and their battery life can last from one to seven days, depending on the type and usage. Wearable smart devices make people’s life more convenient and help them pay more attention to their health. With the improvement of technology, these devices are becoming more affordable, and more people can enjoy the convenience brought by smart technology. 1. What is the main feature of wearable smart devices in appearance? A. Big and heavy B. Small, light and portable C. Bulky but multifunctional D. Fragile and hard to carry 2. What is the basic function of most wearable smart devices? A. Making online payments B. Playing mobile games C. Health monitoring D. Taking high-quality photos 3. How do wearable smart devices send data to mobile phones? A. Via Bluetooth B. Via USB flash drives C. Via email D. Via social media apps 4. What affects the battery life of wearable smart devices? A. The user's age and health status B. The brand and color of the device C. The type and usage of the device D. The storage space of the mobile phone B篇 话题：量子计算的发展与突破（提升层） Quantum computing is a revolutionary new type of computing technology that is based on the principles of quantum mechanics, a branch of physics that studies the behavior of tiny particles like atoms and electrons. Unlike traditional computers that use binary bits (0 and 1) to store and process information, quantum computers use quantum bits, or qubits, which can exist in multiple states at the same time. This unique feature makes quantum computers far more powerful than traditional computers in solving complex problems. In recent years, quantum computing has made great technological breakthroughs. Tech giants like Google, IBM and Huawei have all invested heavily in quantum computing research and developed their own quantum computers. In 2019, Google announced that its 53-qubit quantum computer had achieved "quantum supremacy"—it solved a complex mathematical problem in just 200 seconds that would take the world’s fastest traditional supercomputer about 10,000 years to finish. This achievement marked a key step in the development of quantum computing. Quantum computing has great potential in many scientific and industrial fields. In drug research, it can simulate the structure and interaction of molecules, helping scientists develop new drugs for diseases like cancer and Alzheimer’s much faster. In climate science, it can process massive amounts of meteorological data and make more accurate climate predictions. It can also be used in cryptography, artificial intelligence and financial risk analysis, solving problems that traditional computers cannot handle efficiently. However, quantum computing is still in the early stage of development and faces many challenges. Qubits are very fragile and easily affected by external factors such as temperature and vibration, so they need to be stored in ultra-low temperature environments close to absolute zero (-273.15℃). Building a stable and practical quantum computer also requires advanced materials and precise manufacturing technology. Despite these difficulties, scientists around the world are working hard to overcome them, and quantum computing is expected to enter practical application in the next 10 to 20 years. 5. What is the key difference between quantum computers and traditional computers? A. Quantum computers use qubits that have multiple states B. Traditional computers are faster in solving complex problems C. Quantum computers only use binary bits 0 and 1 D. Traditional computers are based on quantum mechanics 6. What does the term "quantum supremacy" mean according to the passage? A. Quantum computers are as powerful as traditional supercomputers B. Quantum computers can solve complex problems far faster than traditional computers C. Quantum computers have replaced traditional computers in all fields D. Quantum computers can be used in ordinary people's daily life 7. What can we infer about the current development of quantum computing? A. It has been widely used in daily life and industry B. It has overcome all technical challenges and is mature C. It needs ultra-low temperature conditions to store qubits D. It will never enter practical application due to technical limits 8. What is the author's attitude towards the future of quantum computing? A. Pessimistic B. Optimistic C. Uninterested D. Doubtful C篇 话题：新能源电池技术的创新与应用（提升层） New energy battery technology is the core of the global energy transition, and it is constantly innovating to meet the growing demand for clean energy in fields such as electric vehicles (EVs), renewable energy storage and portable electronics. Traditional lithium-ion batteries have been widely used for decades, but scientists are developing new types of batteries with better performance, longer life and higher safety. One of the most promising new energy batteries is the solid-state battery. Unlike traditional lithium-ion batteries that use liquid electrolytes, solid-state batteries use solid electrolytes. This change makes them have many advantages: they have a higher energy density, which means they can store more energy in the same size, extending the driving range of EVs by up to 50%. They are also much safer—liquid electrolytes are flammable and may cause fires, while solid electrolytes are non-flammable and reduce the risk of battery short circuits and explosions. In addition, solid-state batteries have a longer cycle life and can be charged and discharged more times than traditional batteries. Another innovative battery technology is the sodium-ion battery. Sodium is abundant and cheap in nature, unlike lithium which is rare and expensive. Sodium-ion batteries have similar working principles to lithium-ion batteries, but they use sodium ions instead of lithium ions to transfer charge. They are especially suitable for large-scale energy storage systems such as solar and wind power storage, because they are low-cost and have good performance in high and low temperature environments. Although their energy density is lower than lithium-ion batteries, they are a perfect complement to lithium-ion batteries in large-scale energy storage. The innovation of new energy battery technology is not only about developing new types of batteries, but also about improving existing technologies. Scientists are working on developing fast-charging technology that can charge an EV battery to 80% in 15 minutes or less, and recycling technology that can reuse more than 90% of battery materials. These innovations will make new energy batteries more practical and environmentally friendly, promoting the development of the global new energy industry. However, the commercialization of new energy battery technologies still faces challenges. The production cost of solid-state batteries is currently very high, and large-scale production technology is not yet mature. Sodium-ion batteries need to be improved in energy density and cycle life. Despite these problems, many companies and research institutions are increasing investment in battery research, and it is believed that these new battery technologies will be widely commercialized in the next few years. 9. What is the core difference between solid-state batteries and traditional lithium-ion batteries? A. Solid-state batteries use solid electrolytes instead of liquid ones B. Solid-state batteries have a lower energy density and shorter life C. Solid-state batteries are more flammable and less safe D. Solid-state batteries can only be used in portable electronics​ 10. Why are sodium-ion batteries suitable for large-scale energy storage? A. They have a higher energy density than lithium-ion batteries B. They are low-cost and perform well in extreme temperatures C. They use rare and expensive lithium materials D. They can be charged to 80% in just 15 minutes​ 11. What is the structure of the 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. Traditional lithium-ion batteries are no longer useful in the new energy industry B. New energy battery technologies are innovating and facing commercialization challenges C. Sodium-ion batteries will completely replace lithium-ion batteries in all fields D. Solid-state batteries have no technical problems and are ready for large-scale production 答案 A篇（基础层）：1.B 2.C 3.A 4.C B篇（提升层）：5.A 6.B 7.C 8.B C篇（提升层）：9.A 10.B 11.C 12.B 答案+解题思路 A篇 话题：可穿戴智能设备的基础应用（基础层） 1. 答案：B 解题思路：细节理解题，定位第一段第二句“all of which are small, light and easy to carry”，直接匹配可穿戴设备的外观特征，A、C、D均与原文表述相反。 ​2.答案：C 解题思路：细节理解题，定位第二段第一句“The basic function of most wearable smart devices is health monitoring”，精准提取核心基础功能，A、B、D均非原文提及的基础功能。 ​3. 答案：A 解题思路：细节理解题，定位第二段第三句“They sync this data to mobile phones via Bluetooth”，直接匹配数据传输方式，其余选项无原文依据。 ​4.答案：C 解题思路：细节理解题，定位第三段最后一句“their battery life can last from one to seven days, depending on the type and usage”，明确影响电池续航的因素，A、B、D均与电池续航无关。 B篇 话题：量子计算的发展与突破（提升层） 5. 答案：A 解题思路：细节理解题，定位第一段第二句“Unlike traditional computers that use binary bits (0 and 1)... quantum computers use quantum bits, or qubits, which can exist in multiple states at the same time”，直接匹配二者核心差异，B、C、D均与原文相反。 ​6. 答案：B 解题思路：细节理解题，定位第二段第三句“it solved a complex mathematical problem in just 200 seconds that would take the world’s fastest traditional supercomputer about 10,000 years to finish”，明确“量子霸权”的核心内涵，A、C、D表述绝对且与原文不符。 ​7. 答案：C 解题思路：推理判断题，定位第四段第二句“Qubits are very fragile... so they need to be stored in ultra-low temperature environments close to absolute zero”，可推理出该客观事实，A、B与“still in the early stage”矛盾，D“never”表述绝对。 ​8. 答案：B 解题思路：观点态度题，梳理最后一段：作者指出虽有挑战，但全球科学家正努力攻克，且量子计算有望在10-20年进入实际应用，可见作者态度为乐观的，A悲观的、C不感兴趣的、D怀疑的均与原文不符。 C篇 话题：新能源电池技术的创新与应用（提升层） 9. 答案：A 解题思路：细节理解题，定位第二段第二句“Unlike traditional lithium-ion batteries that use liquid electrolytes, solid-state batteries use solid electrolytes”，直接匹配二者核心区别，B、C、D均与原文表述相反。 ​10. 答案：B 解题思路：细节理解题，定位第三段第三句“They are especially suitable for large-scale energy storage systems... because they are low-cost and have good performance in high and low temperature environments”，直接匹配适用原因，A、C、D均为其他电池技术的特征，非钠离子电池。 ​ 11.答案：C 解题思路：篇章结构题，第三段总述钠离子电池是创新电池技术，再分述其原料、工作原理、适用场景；第四段总述新能源电池创新也包括改进现有技术，再分述快充、电池材料回收两大创新方向，两段均为总-分（分类阐述） 结构，其余结构均不匹配。 ​12. 答案：B 解题思路：主旨大意题，梳理全文结构：第一段总述新能源电池技术是能源转型核心且持续创新；第二、三段分述固态电池、钠离子电池两大创新技术；第四段介绍现有电池技术的改进方向；最后一段说明新技术商业化面临的挑战及发展前景。选项B全面涵盖“技术创新+商业化挑战”核心，A、C、D均表述绝对，与原文内容矛盾。 学科网（北京）股份有限公司 $