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It will be a close game. The ___ is hard to predict.

Travelers on a tight ___ would choose to go there by train instead of by plane.

Tom was ___ leaving the garden when he heard someone cry: “Isn’t it Tom? I can hardly believe my eyes.”

___ is what we need when we design new products.

The problem turned out to be far more ___ than he had ___.

The works in this room are ___ by local artists. They embody the artists’ vision of a peaceful and environment-friendly ___.

Water, though ___ in Brazil, is extremely unevenly ___ among its regions.

Even today, my first English teacher’s encouraging words still ___.

Henry has many friends working in the government. His sources of information are usually ___.

These figures show that the death ___ of road accidents gets higher as the speed of the car increases.

With water demand growing, the ___ between the two neighboring villages over water has ___ over the years.

Years ago the professor said that there was no doubt that the people in this city would ___ a water shortage, if not a water crisis. ___ events have proved his predictions to be exactly right.

The TV program ___ the race problem in American society.

The next few paragraphs will discuss how many jobs have been ___ by technology and other related data to the topic.

We need to find ways of producing energy without destroying the ___.

Redefining the Role of Universities in the Modern Era While there are many metaphors for universities, I suggest that “University 4.0” is a(n) ___ description of the ways that universities around the world need to respond to the new economy and associated ___ such as digital disruption and radically changing labor markets. I argue that universities must undergo revolutionary change if they are to stay relevant. Before considering the future for higher education, however, it is ___ reflecting on where we have come from. The depiction of universities provided by Professor Ronald Barnett, Emeritus Professor at the Institute of Education, University of London, has much to commend. Under Barnett’s ___, version 1.0 would be the metaphysical（形而上学的）university, in service of God, that first emerged in medieval times. The early stages of this university revolved around specialist communities that eventually evolved into the tradition of a(n) ___ arts education. Version 2.0 might be positioned as the research university that emerged in post-industrial societies, whereby universities became the focal ___ for research-driven technological advancement. The great post-war expansion of universities in the world has a clear research orientated focus in ___ of economic development. Version 3.0 might be described as the entrepreneurial university, operating in Barnett’s words, as a university “for itself”, serving many diverse functions and communities but first and ___ concerned with optimizing its self-interest. Which leads to my ___ for a new approach University 4.0, or what Barnett calls the “ecological university”, or the “university for others” outward looking, deeply connected to industry and the communities around it, and committed to serving the needs of its students. La Trobe University is currently developing its next strategic plan, and in my view, we must move towards a 4.0 model if we are to ___ in these fluid times.

High-Speed Railway Advantages First of all, high-speed rail carries a high___. The schedule of the high-speed railway can be more frequent than that of normal___. Its ___ departure ___ can be every 4 minutes or even less, thus the capacity of high-speed rail is larger than the other modes of transport. Second, high-speed rail is fast and has a high on-schedule rate. The speed of 250 - 300 km/h is the most important ___ of high-speed railway technology. High-speed trains are all ___ and can operate around the clock unless an earthquake strikes, which ensures the high ___ of high-speed trains. Third, high-speed rail is more comfortable and convenient with a high safety degree. The high-speed railway trains are luxurious with complete work and living ___. The seats are spacious and comfortable, and the operation is very smooth. Because of the automatic operation in the closed environment, high-speed railway has a series of perfect ___ systems, so its safety degree is unmatched by any means of transportation. Fourth, the energy ___ of high-speed rail is low and its impact on the environment is light. High-speed trains can use various forms of energy, such as electric power instead of consuming precious petroleum and other liquid fuels, which have little impact on the environment.

China’s Space Program to Aim Beyond Solar System in 2030 China’s main space contractor ___ the country’s space exploration program for 2030 to 2045 on Thursday, which includes its search for ___ planets close to the solar system, a step forward in discovering a wider universe. Yuan Jie, general manager of China Aerospace Science and Technology Corporation (CASC), told a class at Beihang University the country plans to launch space exploration projects that include “Mi Yin” (sound founding) to explore livable exoplanets in ___ to the solar system, media reported. Chinese spacecraft will identify and recognize planets outside of the solar system, recording possible habitable planets, Yuan said. With spectral（光谱的）___, we’ll unveil water distribution, launching a new era of...

China’s main space contractor 1 the country’s space exploration program for 2030 to 2045 on Thursday, which includes its search for 2 planets close to the solar system, a step forward in discovering a wider universe. Yuan Jie, general manager of China Aerospace Science and Technology Corporation (CASC), told a class at Beihang University the country plans to launch space exploration projects that include “Mi Yin” (sound founding) to explore livable exoplanets in 3 to the solar system, media reported. Chinese spacecraft will identify and recognize planets outside of the solar system, recording possible habitable planets, Yuan said. With spectral（光谱的） 4 , we’ll unveil water distribution, launching a new era of astronomical observation, Jie noted. In 2020, the number of CASC aerospace 5 is expected to set a new record. China will also begin developing a near-earth manned space station, and Chang’e-5 will conduct its third-phase for lunar exploration, with unmanned 6 returning with samples, according to reports. Meanwhile, BeiDou Navigation Satellite System (BDS) is expected to deploy 30 satellites, with services 7 the whole planet. Many Chinese netizens showed their excitement, as it 8 them of the space travel depicted in the award-winning novel by Liu Cixin. “Imagine the Space Navy in The Three-Body Problem will come true,” a netizen said on Weibo. China will conduct its first Mars mission in 2020, and launch a probe satellite, and will begin 9 and conducting land exploration in 2021, making the country’s deep space capabilities 10 worldwide, according to Yuan.

How does a smart city work? A smart city collects and analyzes data from IoT (Internet of Things,物联网) sensors and video cameras. In 1 , it “senses” the environment so that the city operator can decide how and when to take action. Some actions can be performed 2 . For example, a public waste bin can contact the city for service when it is near capacity instead of waiting for a scheduled pickup. What are the benefits of a smart city? For city agencies: Gain more citizen engagement and 3 operations through real-time data intelligence and intra-agency collaboration. For citizens: Improve daily life through city services. Smart cities offer visibility into real-time city data for improving 4 , connectivity and safety services. For businesses: Drive new revenue streams and economic development by enhancing 5 of customer activity and behavior. For developers and vendors: Fuel application development of city data. Help the city improve operational efficiencies, engage citizens and 6 economic viability. Types of benefits Air quality: Monitor the air so you’ll know when to 7 emissions. Communication architecture: Connect with citizens and tourists through interactive kiosks and mobile apps, offering information based on their location. Environment: Visualize and analyze all the city data to better decide when and how to act. Lighting: Lower energy 8 , cut costs and simplify maintenance. Parking: Generate revenue with demand-based parking and reduce parking-space search time for citizens. Public Wi-Fi: Citywide Wi-Fi connects sensors but, more importantly, also provides a way for people to connect with the world. Safety and security: Protect against crime, terrorism and civil unrest, and respond more quickly to 9 with advanced video analytics. Transportation: Reduce congestion and pollution through traffic management. Urban mobility: Understand where people move and spend their time and use those 10 for city

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