In this task, you're given an article and an answer. Your task is to generate the question for the answer based on the given article.

Ex Input:
Article: Did you know that there are actually people who have paid for a flight to the moon? In the future, there will be a lot more opportunities to travel to faraway places than now... perhaps even as far as the moon. As people adventure further and further away and as planes, trains, cars, and rocket ships become faster, is it safer to have these vehicles controlled by humans or by computers? While many flights by plane are controlled automatically by machines, most people today wouldn't let their car drive itself. That's because currently the autopilot function on your car can only keep it on the same course you are travelling on. It won't turn the car right or left. It won't stop if an animal jumps in the way. However, cars today can sense when something is too close and warn the driver with flashing lights and alarms. Many cars also have GPS(global positioning systems) that tell drivers which road to take and when to turn. These systems, unlike human drivers, never get lost. In the future, it is easy to believe that your car will be better able to drive itself with the aid of computers that can determine the position of your car and the speed it should travel at. In addition to computers being 'smarter' than people regarding the best way to go or knowing how close another vehicle is, computers don't get sick, tired, or angry. This means they won't make the same mistakes that people make when they are not having a good day. While responding with emotion is a good thing when choosing the best way to deal with a friend's personal problem, it may not be such a good thing when deciding what to do at the wheel of a fast-moving vehicle. So what are the disadvantages of autopilot systems? Maybe one disadvantage is that a small computer problem could cause a serious accident. It could also be argued that in unexpected situations, computers might not be able to respond appropriately; some decisions require human emotions. Another problem might be that if everything were controlled by computers or robots, people wouldn't have any jobs.
Answer: Technology of Future Travel

Ex Output:
What is the best title for the passage?

Ex Input:
Article: It's killed at least two dozen people, damaged hundreds of homes, cost some 22 billion Yuan in direct economic losses so far and has left thousands of family-bound travelers stranded. The massive snow and ice storm that has swept through the southern part of China has put this country into full disaster management mode. Tens of thousands of soldiers have been activated and the government has already provided 126 million Yuan in aide to six provinces in the south slammed by the unexpected winter blast. But is enough being done? And what else can be done to ensure that the effects of natural disasters like the one in southern China are minimized in the future? "Ni hao, you're listening to People In the Know, your window into the world around you, online at www.crienglish.com here on China Radio International. In this edition of the show, we'll be talking about the southern China snow and ice storm. So let's get started. First, let's get a Chinese perspective of how well the ice and snow storm in southern China is being handled from a logistical point of view. For this we're joined on the line by Professor Peng Xizhe, Dean of the School of Social Development and Public Policy at Fudan University in Shanghai. (Dialogue with Peng) And after a short break, we'll talk about the broader view of disaster management." "Ni hao, you're listening to People In the Know, your window into the world around you, online at www.crienglish.com here on China Radio International. I'm Paul James in Beijing. In this edition of the show, we're talking about the massive winter storm that has ravaged southern China. For a broader look at disaster management, we're joined on the line now by Mr. Aloysius Rego and Ms. Jiang Lingling, both with the Asian Disaster Preparedness Center in Thailand. (Dialogue with Jiang and Rego) And with that we close out this edition of People In the Know, online at www.crienglish.com here on China Radio International. Though it may seem small consolation now for the thousands who remain stranded because of the storm, it's important to remember that as long as patience prevails, you will get home. Questions or comments for us can be sent to crieng@crifm.com. For Executive Director Wang Lei and Producers Yang Jingjie and Xu Yang, I'm Paul James in Beijing. Take care."
Answer: Let's know the measures about the disaster.

Ex Output:
What's the main idea of this article?

Ex Input:
Article: Ronald Hoffman born in 1937 is Polish-born American organic chemist and Nobel laureate . As a theoretical chemist, Hoffmann studied energy levels in chemical bonds during chemical reactions. He put computers to use to solve his problems and, despite the complexity of his research, was able to explain his theories and discoveries to the non-specialist. For his work he was awarded the 1981 Nobel Prize in chemistry, which he shared with Fukui Kenichi. Born in Poland, Hoffmann settled in New York City as a child and became a United States citizen. He received his undergraduate degree in premedical studies from Columbia College in 1958. He attended Harvard University, where he received his PhD. degree in chemical physics in 1962. He joined the faculty of Cornell University in the mid-1960s and remained there throughout his career. Hoffmann and Nobel laureate chemist Robert Burns Woodward developed rules, based on quantum mechanics, to determine how energy levels in atomic electron orbits influence how a chemical reaction takes place. These simple rules, known as the Woodward-Hoffmann rules, allowed chemists to predict reaction results and was quickly accepted and put to use in a wide variety of situations. Hoffmann later turned his research to a variety of problems related to discovering the molecular structure of inorganic and organometallic compounds. Hoffmann is also known for what is called the Isolobal Analogy, which is yet another discovery linking all areas of chemistry. It is useful in predicting the behavior of new molecules based on the orbit structure of the components used to form them. Aided by computers, Hoffmann was able to _ a vast amount of data to support his ideas. Unlike the scientific papers of many chemists, Hoffmann's publications contain little raw data but instead are filled with diagrams and pictures to explain his results. His drawings of shaded balloons to indicate eigenvectors, a unit used in mathematics, are now the accepted scientific notation for illustrating this value.
Answer: His family may have settled in the United States.

Ex Output:
What can be inferred from the above passage about Hoffman?