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.

Article: Luggage We ask you to keep a medium - sized suitcase per person, but a small holdall can also be taken onto the coach. Seats Requests for particular seats can be made on most coach breaks when booking, but since seats are booked on a first come, first serve basic, early booking is advisable. When bookings are made with us, you will be offered the best seats that are available on the coach at that time. Travel Documents When you have paid your deposit we will send you all the necessary documents, so that you receive them in good time before the coach break leaving date. Certain documents, for example, air or boat tickets, may have to be reserved and your guide will then give them to you during the break. Special Diets If you require a special diet, you must inform us at the time of booking with a copy of the diet. This will be told to the hotels on your coach break. The hotels for certain coach breaks are tourist class and they may not have the equipment to deal with special diets. Any extra costs must be paid by yourself before leaving the hotel. Accommodation On any coach break there are only a limited number of single rooms. When a single room is available, it may be subject to an extra charge and this will be shown on the brochure page. Entertainment Some of our hotels arrange extra entertainment which could include music, dancing, films, etc. The nature and frequency of the entertainment presented is decided by the hotel and therefore not guaranteed and could be withdrawn if there is a lack of demand or insufficient numbers in the hotel.
Question: If you want to choose certain seats of the coach, you should _ .
Options: (A) take little luggage (B) avoid traveling in holidays (C) book your seats well in advance (D) arrive early on the leaving date
Asnwer: C
Yes

Article: There are more than 100 million cars in the United States. An ordinary car gets less than 15 miles from each gallon of gas. It travels about 10,000 miles each year. In that time, it uses about 650 gallons of gas. In all , automobiles use up some 70 billion gallons of gas a year. That comes out to be four-and-a-half million barrels a day. The importance of saving gas, then, cannot be stressed too much. Let's say, the fuel used by each car could be cut back just 15 percent. This could be done by making fewer trips each day. It could be done by keeping the automobiles in good shape. It could be done through better driving habits. If these were done, the nation's use of fuel would fall by close to two-thirds of a million barrels per day. Everyone can help to save gas. One way is to ride buses. Some could walk to work. Others could ride their bikes. Another way is to share a ride. People could share cars. About one-third of all cars are used for going to and from work. You can go shopping with a friend from time to time. If two people use a car instead of two, they all save. Driving stress would be less, too, with fewer cars on the road. The savings on gas around the nation would come to more than one-half million barrels a day. Still another way to save is by cutting out trips one does not need to take. Can you find one car trip per week that could be done by telephone? Can you combine trips? If each car travelled 10 miles less each week, they could save three-and-a-half billion gallons of gas a year. This comes to nearly 5 percent of the total passenger cars demand for gas. The way people drive decides how much fuel they save. Careful drivers may get 20 percent more miles per gallon than ordinary drivers. They obey the 55-mile-per-hour speed limit. If just one gallon of gas were saved each week for each car in the country, a total of five-and-a-half billion gallons could be saved a year.
Question: Which of the following statements is true about an average car according to the passage?
Options: (A) An ordinary car run a lot more than 10,000 miles with 650 gallons of gas. (B) An ordinary car cannot run more than 15 miles with one gallon of gas. (C) An ordinary car with ten gallons of gas can run more than 150 miles. (D) An ordinary car can run 10,000 miles each year with 70 billion gallons of fuel.
Asnwer: B
Yes

Article: Have you ever wondered why stems grow upwards and roots downwards? Why plants always seem to turn, towards the light and climbing plants run up rather than down? The answer is simple:auxin,a chemical substance that controls growth in plants. Auxin gives away its secrets Auxin is a plant hormone . Darwin was already interested in it in the 19th century. Only in recent years, however, has the hormone started to give away its secrets ,thanks to intensive molecular research.Auxin is produced in the young,growing parts of plants and then transported throughout the plant-to a low -lying stem for example. The stem needs to straighten out as soon as possible to be able to absorb the topside,resulting in the underside growing faster and the stem straightening out. For the same reason, plants in front of windows will always turn to the light . This active regulation of auxin transport allows plants to take ideal advantage of local and changing conditions. A new means of transport for auxin? The transport of auxin through the plant plays a vital role. And ,from all appearances,it is not a simple matter. The researchers identified an important new link and means of transport for auxin: PILS proteins . PILS proteins are vital for auxin-dependent plant growth and adjust the intracellular storage of the hormone. It is exactly this compartmentalizing of auxin that seems functionally important for the various developmental processes. Growing crops more efficiently: the right amount of auxin in the right place Higher auxin levels at the right moment and in the right place result in better growth and greater harvest. Better adjustment of auxin levels would make plants grow more efficiently. The researchers hope to contribute to the development of more efficient growing processes by continuing to sort out auxin transport processes.
Question: Which of the following is true of ausin according to the text?
Options: (A) It helps the plant to bend at the right places while growing. (B) It prevents the roots of plants from growing faster. (C) It is no use when the surroundings have changed. (D) It helps the underside of plants grow faster than the topside.
Asnwer: D
Yes