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: The teaching of physics in schools is in danger of dying out unless urgent action is taken to deal with a serious lack of teachers, the government is warned today.     The number of students taking physics at A-level has fallen 38% since 1990, according to a research. At the same time the number of mew physics teachers has dropped sharply while the shortage is likely to worsen as older teachers retire.  prefix = st1 /Britain's leading scientists and engineers expressed alarm over the findings, which they say are part of the problems in science education generally. Lord May of Oxford, president of the Royal Society, theUK's National Academy of Science, said, "The problems facing science at A-level are well beyond physics. We have over and over again noted the general downward trend of students studying the sciences beside biology and math at A-level. If we fail to deal with this then we may lose the ability to train the next generation of scientists, technologists and engineers."       Alan Smithers and Pamela Robinson, who did the research in 432 schools and colleges inEnglandandWales, said that since 1990, the number of physics students had fallen by 38%, from 45,334 to 28,119. Nearly 10% of state schools now do not offer A-level physics, and of those that do 39.5% had five students or fewer taking it this year.      Over the same period, the research discovered,  the number of people who are allowed to become physics teachers dropped from about a third of the science total to 12.8%. The supply of physics teachers is not _ itself, with nearly twice as many aged over 50 as 30 or younger. Another danger is the redefinition of science subjects to "general science".      Professor Smithers and Dr Robinson warn that the subject is in danger of dying out in schools." Physics in schools and colleges is at risk through redefinition and lack of teachers with expertise in the subject," they said. "If physics is to survive in schools, both as basic education and as a platform for higher level study and research, there is a need for immediate action." 
 Question: From what Lord May of Oxford said, we can learn that  _  . 
 Options: (A) he worries about the future of science education. (B) the top scientists have not noticed the problem until recently. (C) the UKhas lost the ability to train scientists and engineers (D) biology and math do not face the same problems as physics. 
 Asnwer: C

A: No
****
Q: Article: A Battery's Nightmare Portable electronics that can be carried about easily are only as good as their batteries   and, let's face it, batteries aren't very good, especially when compared with, say, petrol, which packs 100 times a battery's energy into an equal space. That's why a large group of mechanical engineers (centered at the Massachusetts Institute of Technology, but with partners at other universities and companies) are hard at work in an effort to replace batteries with a tiny engine that runs on fuel. Imagine a battery-free life! When the fuel runs out in your mobile phone, you just fill up and go. The engine---about the size of a ten-cent coin---starts with a combustion chamber   that burns hydrogen. Its tiny parts are etched   onto silicon wafers   in the same manner that computer parts are etched onto integrated circuits  . The first engine is made up of five wafers. And since these wafers could be produced in much the same way as computer chips, they could probably be produced quite cheaply. But the _ in all this nice detail is efficiency. Tiny engine parts don't always behave like the bigger parts of the first engine. Something between the parts can slow down the works, according to Columbia University Professor LucFrechette, one of the engine's designers. Extreme heat from the combustion chamber is also a problem, often leaking to other parts of the engine. The scientists' goal is to create an engine that will operate 10 times better than batteries operate. Frechette says that a complete system, with all parts in place and working, will be set up in the next couple of years, but commercial models aren't likely until at least the end of the next ten years. 
 Question: According to the passage, the title suggests that   _   . 
 Options: (A) batteries should be greatly improved (B) petrol will be used instead of batteries (C) the time of batteries will be gone forever (D) pollution problems caused by batteries must be solved 
 Asnwer: C

A: Yes
****
Q: Article: The deadly earthquake and tsunami   that struck Japan on March 11 damaged two nuclear power stations. Officials are now working to prevent dangerous radiation from poisoning the air in the area surrounding the Fukushima Daiichi plant. The Japanese government has ordered people living within 12 and a half miles of the plant to , and asked those living 12 and a half to 20 miles away to stay indoors. Nuclear power plants create energy using a chemical reaction that produces large amounts of heat. Reactors in Japan have many long, thin rods, called fuel rods , which must be kept cool. If the reactor's fuel rods aren't cooled, the reaction can burn out of control. That's what happened at the two Japanese plants after the quake caused a power failure and the cooling systems malfunctioned . This overheating could cause radiation to escape and sicken many people. Japan's 54 nuclear reactors are built to withstand the many small or moderate earthquakes the country faces each year. But Friday's earthquake was one of the most severe earthquakes ever recorded. People exposed to unsafe levels of radiation have a higher than normal risk of getting cancer. The Japanese government has been distributing potassium iodide pills to people in the surrounding areas to protect those who may have come in contact with radiation from the power plant. The pills flood the body with healthy potassium iodide. The potassium iodide works to crowd out "bad" iodine in the body that may have been poisoned by radiation. On Tuesday morning, 750 workers left the Fukushima Daiichi plant. However, 50 workers stayed behind to use sweater to cool the fuel rods. These dedicated employees are risking their own lives to save many others. On Thursday, officials used helicopters, fire trucks, and water cannons to spray water on the reactors to cool the fuel rods. But it's not clear whether these efforts were successful. Officials are now working on a power line to restore electricity to the plant. They hope this will help restart the plant's cooling system and stop the fuel rods from leaking radiation. 
 Question: What can we learn from the text? 
 Options: (A) The local people are scared and ready to run away. (B) The earthquake led to many deaths and caused damage to roads. (C) The Japanese government has found a kind of pill that can treat cancer. (D) The two stations were damaged because their cooling systems didn't work. 
 Asnwer: A

A:
No
****
