In this task, you're given an article, a question which often contains a blank, four options (associated with "A", "B", "C", "D") and the answer to that question. Your task is to classify whether the given answer is correct or not by providing "Yes" or "No", based on the article.

[Q]: Article: No one has enough, but everyone has all there is. We each have just twenty-four hours in a day. Time is not our problems , but what we do with the limited time we have is the issue. Many people spend their days on dozens of activities , but achieve very little because they aren't concentrating on right things. The Pareto Principle, also known as the 80:20 Rule shows us that typically eighty per cent of unfocused effort generates only twenty percent of the results. The remaining eighty per cent of the results are achieved with only twenty percent of the effort . To effectively manage your time, you need to change where you are spending your time. We all have the same amount of time every day. How you spend your time is how you spend your life. Here are time management strategies, which may be helpful. Learn to say no Politely say no should become a habit. Saying no frees up time for the things that are most important. Make a "to-do" list List the tasks that need to be done in order of their importance. Save other less important things for when you have time. Minimize interruption Plan ahead. Think through projects. Look for ways to _ interruptions. For example, close your door, don't answer the phone or work in a different space. Combine several activities Try to do several activities at one time. While going to school,listen to taped notes. This allows up to an hour or two a day of good study review. While showering,make a mental list of the things. Above all,be creative,and let it work for you.
Question: According to the passage, if you want to do several things on Sunday,you should _ . .
Options: (A) do them while listening to the music (B) do all of them at one time (C) do the most important one first (D) put some of them off till next Monday
Asnwer: A
[A]: No

[Q]: Article: Though the facts that too many people on earth and a too rapid increase in the number added each year are not in argument, we always begin the discussion of "population as global issue" with what most persons mean like this. It was quite right to compare demographic growth to "a long, thin powder fuse that bums steadily and hesitatingly until it finally reaches the charge and explodes". To understand the current situation, which is characterized by rapid increases in population, it is necessary to understand the history of population trends. Rapid growth is a comparatively recent phenomenon. Looking back at the 8,000 years of demographic history, we find that populations have been virtually stable or growing very slightly for most of human history. For most of our ancestors, life was hard, often nasty, and very short. There was high fertility in most places, but this was usually balanced by high mortality. For most of human history, it was seldom the case that one in ten persons would live past forty, while infancy and childhood were especially risky periods. Often, societies were in clear danger of extinction because death rates could exceed their birthrates. Thus, the population problem throughout most of history was how to prevent extinction of the human race. This pattern is important to notice. Not only does it put the current problems of demographic growth into a historical perspective, but it suggests that the cause of rapid increase in population in recent years is not a sudden enthusiasm for more children, but an improvement in the conditions that traditionally have caused high mortality. Demographic history can be divided into two major periods: a time of long, slow growth which extended from about 8000 B.C. till approximately 1650 A.D. In the first period of some 9,600 years, the population increased from some 8 million to 500 million in 1650. Between 1650 and 1975, the population has increased from 500 million to more than 4 billion. And the population reached 6.2 billion throughout the world by the year 2000, One way to appreciate this dramatic difference in such abstract numbers is to reduce the time frame to something that is more manageable. Between 8000 B.C. and 1650, an average of only 50,000 persons was being added annually to the world's population, At present, this number is added every six hours. The increase is about 800000,000 persons annually.
Question: Which of the following demographic growth patterns is most similar to the long thin powder fuse?
Options: (A) A slow growth for a long time and then a period of rapid, dramatic increase. (B) Too many people on earth and a few rapid increases in the number added each year. (C) A virtually stable or slightly decreasing period and then a sudden explosion of population. (D) A long period when death rates exceed birthrates and then a short period with higher fertility and lower mortality.
Asnwer: A
[A]: Yes

[Q]: Article: China's second manned space flight will be done by two astronauts over five days in 2005. "Shenzhou-VI will be sent into space sometime in 2005," said Zuo Saichun, a spokesperson of the China Aerospace Science and Technology (CAST). "The spacecraft will make new breakthroughs in China's manned space technology." Unlike Shenzhou-V, a little more than a year ago (in October, 2003), the next flight will see two astronauts fly in space for five days. Their capsule is designed to be capable of orbiting for a whole week, the spokesperson said. "For the first time, astronauts will enter and live in the orbital module of the spacecraft to do scientific experiments," said a statement from CAST. CAST did not say what those experiments will be. In Shenzhou-VI, scientists have changed the spacecraft's configuration to reduce its weight, and tried to improve the performance of on-board equipment. They have also worked to make sure of the energy supply of the spacecraft and further improve its safety. So far, scientists have worked out ways to solve problems on environmental control and life support. Shenzhou-VI will be sent into orbit atop a Long March 2F rocket. Meanwhile, a model of the Chang'e-1 satellite is expected to be sent to orbit the moon in two years. The satellite, part of the three-stage programme, would be followed by the landing of an unmanned vehicle on the moon in the second stage by 2010 and collecting samples of lunar soil by 2020 in the final stage, according to Sun Laiyan, director of the China National Space Administration.
Question: Which of the following about Shenzhou-VI is NOT true?
Options: (A) It will be sent into space in 2005. (B) It is capable of orbiting for two weeks. (C) It will be sent into orbit atop a Long March 2F rocket. (D) It will be sent into space with two astronauts.
Asnwer: B
[A]:
Yes