More than half a century ago, there were 4, 000 drive-in movie theaters in the United States, and watching a movie from your car was a popular way to spend an evening. But with the number of drive-ins reduced to just a few hundred, outdoor movie has been popping up across the nation. Going to an open-air theater has become a modern summer pastime for an increasing number of movie fans. In recent years, outdoor movie screenings have come up in parks, vacant lots and shopping malls around the nation. On average, about 1,000 people attend each movie night. It attracts a lot of young professionals, young workers and residents nearby. For some, the outdoor movies bring back the memories of the drive-in theaters of their youths. But for the majorities, they think it is comparable to the atmosphere of drive-ins, as they can bring friends, food, good wine, and watch the movie together. The returning of Americans' love affair with outdoor movies makes Stephen Bastas ever busier. His seven-member crew sets up screens in various locations mostly in the Washington area every day throughout the summer. They are doing pretty well and they hope to continue the trend. And it looks like they are going to. That's because many fans say there is nothing like watching a movie on a breezy summer evening under the stars. Most people choose to go to an outdoor movie mainly because they can _ . A) have snacks before the movie B) cheer up with young friends C) bring back good old days D) enjoy the casual atmosphere
D
(Question)
World Future Society People People may live for up to 120 years and use new technology to help when people go blind, deaf and have other problems. The number of people over a hundred years old could go from 135,000 today to 2.2 million people by 2050. By 2015 people think that 100 million workers will be able to work from home for a company in a different country by using the Internet. Money Worldwide e-business will become even more successful with online shops that sell special products for each person, which will be brought to their house the next day. Environment The technology for making energy from wind and the Sun is growing very quickly. In the future wind and Sun energy could become much cheaper and many more countries could use it. This would be very useful in poor countries. The air in big cities would also become much cleaner and healthier as a result. Society and culture The Internet will help to create more worldwide friendships. Families may spend more time together as people will be able to do 24-hour online banking and shopping. Technology The new science of "nanotechnology" (very small robots or machines) will make all sorts of products smaller and lighter. Very, very small machines could take away rubbish, make things in factories, and help inside the human body by taking away fat. By 2012 people will be able to wear these small machines that look like watches, which will give them lots of information about their body and keep them healthy. How will technology help people? A) Help all people live for over 120 years. B) Help disabled people to get jobs. C) Make people healthier and live longer. D) Help workers to use the Internet.
(Answer)
C
Ques: John von Neumann was the oldest of 3 children of an banker, and his speed of learning new ideas and solving problems stood out early. At 17, his father tired to persuade him not to become a mathematician because he may lead a poor life being a mathematician, and so von Neumann agreed to study chemistry as well. In 1926, at 23, he received a degree in chemical engineering and a Ph.D. in mathematics. From then on, mathematics provided well enough for him, and he never had to turn to chemistry. In 1930, von Neumann visited Princeton University for a year and then became a professor there. His first book was published in 1932. In 1933, the Institute for Advanced Study was formed, and he became one of the 6 full-time people in the School of Mathematics(Einstein was one of the others) World War II hugely changed von Neumann's areas of interest. Until 1940 he had been a great pure mathematician. During and after the war, he became one of the best mathematicians who put mathematics theories into practice. During the last part of the war he became interested in computing machines and made several fundamental contributions After the war, von Neumann continued his work with computers, and was generally very active in government service. He received many awards, was president of the American Mathematical Society and was a member of the Atomic Energy Commission. He died in 1957 of cancer. Von Neumann made several great contributions and any one of them would have been enough to earn him a firm place in history. He will be remembered as one of the greatest minds of the 20th century. Von Neumann really was a legend in his own time, and there are a number of stories about him. His driving ability is a part of his legend. He reported one accident this Way: "I was driving down the road. The trees on the right were passing me in an orderly fashion at 60 miles per hour. Suddenly one of them stepped in my path." How did World War II affect John von Neumann? A) He realized the importance of engineering B) He began to research how to put mathematics into practice. C) He left college and served at the government department. D) He lost interest in chemistry.
Ans: B
For well over a thousand years, smallpox was a disease that everyone feared. The disease killed much of the native population in South America when the Spanish arrived there in the early sixteenth century. By the end of the eighteenth century, smallpox was responsible for about one in ten deaths around the world. Those who survived the disease were left with ugly scars on their skin. It had long been well known among farmers that people who worked with cows seldom caught smallpox; instead, they often caught a similar but much milder disease called cowpox . A British doctor called Jenner was extremely interested in this, and so he studied cowpox. He believed that, by vaccinating people with the disease, he could protect them against the much worse disease smallpox. In 1796, he vaccinated a boy with cowpox and, two months later, with smallpox. The boy did not get smallpox. In the next two years, Jenner vaccinated several children in the same way, and none of them got the disease. News of the success of Jenner's work soon spread. Vaccination soon became a common method to protect people against other diseases caused by virus, such as rabies , and vaccines were sent across the world to the United States and India. It took nearly two centuries to achieve Jenner's dream of getting free of smallpox from the whole world. In 1967, the world Health Organization (WHO) started a great vaccination program, and the last known case of smallpox was recorded in Somalia in 1977. The story of vaccinations does not end there, however. There are many other diseases that kill more and more people every year. Besides, many new diseases are being discovered. The challenge for medical researchers will, therefore, probably continue for several more centuries Which of the following statements is NOT TRUE? A) The first experiment with cowpox was made by a British doctor. B) After 1977 smallpox disappeared around the world according to WHO. C) Vaccination had existed among ordinary farmers before being discovered. D) Vaccination can be used to protect people in the world against not only smallpox.
C