Ques:Article: Born in a fishing village in Japan, Fujiyama, 25, recalls a childhood dominated by health concerns. Doctors told his parents that he had a hole in his heart and "they didn't think I had a lot longer to live". But during a later visit to the doctor, his family learned the hole had closed. "Somehow I was cured and I became a normal kid," Fujiyama says. "And I had a second chance." During his second year at the University of Mary Washington, he volunteered in Honduras with a campus group and was struck by the extreme poverty he saw--barefoot children collecting cans and sleeping in the streets. Fujiyama realized he could help give other children their own second chance. Today, his organization, Students Helping Honduras, brings education and community projects to children and families in need. He started by telling his friends about his experience and collecting spare change at his two campus jobs. "When I had my very first meeting, only two people showed up," he says. "I knew I had to keep fighting." He persuaded his younger sister, Cosmo, to join the cause. "She's dynamite,." He says. "When she talks in front of a crowd, she can move mountains. Knowing that she was behind it, I knew I could do anything." Since 2006, the _ organization has grown to 25 campuses and raised more than $750,000 to fund projects, including the construction of two schools and the establishment of scholarships to help young women attend college. Fujiyama says students are deeply committed to the organization. They raise money and then travel to Honduras to help building houses. While Fujiyama spends his summers in Honduras working alongside volunteers, he spends a large portion of the year on the road visiting colleges to raise funds. Cosmo Fujiyama, 23, lives in Honduras full time to coordinate the group's building efforts on the ground. Students Helping Honduras is working with community members of Siete de Abril to build a new village. Many of the families lost their belongings in Hurricane Mitch in 1998. A lot of them didn't have... Question: We can infer that Fujiyama is a _ man. Yes or no, is the answer "sympathetic"?

Ans:No
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Ques:Article: Sometimes people call each other "freaked-cat", but have you ever thought about this expression? When a cat is frightened, its heart starts beating faster, its muscles get tense, and there are changes in the chemicals in its bloodstream.Although the cat doesn't realize this, its body is getting ready for action.If the danger continues, the animal will do one of two things.It will defend itself, or it will run away as fast as it can. Something like this also happens to people.When we are excited, angry, scared, or aroused by other emotions (feelings), our bodies go through many physical changes.Our hearts beat faster, and our muscles get tense.All of these changes make us more alert and ready to react.We, too.get ready to defend ourselves or run. Human beings, however, have a problem that animals never face.If we give way to our feelings and let them take over, we can get into trouble.Have you ever said something in anger --or hit somebody--and regretted it later? Have you ever shouted at a teacher, told somebody you were lonely, or said you were in love, and then wished later you had kept your mouth shut? It isn't always clever to express your feelings freely. Does this mean that it's smarter always to hide our feelings? No! If you keep feelings of anger, sadness, and bitterness hidden away or bottled up inside, your body stays tense.Physical illness can develop.It can actually be bad for your health.(It isn't good to keep pleasant feelings inside either; all feelings need to be expressed.) Feelings that you keep all bottled up inside don't just go away.It's as if you bought some bananas and stuck them in a cupboard.You might not be able to see them.but before long you' d smell them.And if you opened the cupboard, chances are that you'd see little fruit flies flying all over them.They'd be rotten. You can try to treat emotions as if they were bananas in the cupboard.You can hide them and you can pretend they don't exist, but they'll still be around.And at last you'll have to deal with them.just like those bananas. Question: If you hold in your feelings, _ . Yes or no, is the answer "your body stays tense"?

Ans:No
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Ques:Article: Does it drive you crazy that your cell phone needs to be frequently charged for hours? A team of scientists led by professor Harold Kung at Northwestern University in the US may have solved your problem. They developed a lithium ion batery that holds 10 times as much power and charges 10 times more quickly than standard batteries, according to the BBC in a report on November 15. Lithium ion bateries are rechargeable and are widely used in cameras, smartphones and laptops. They charge through a chemical reaction in which lithium ions are sent between the two ends of a battery. How much power the battery holds and how fast it charges are limited by two things:how many lithium ions it has and how quickly these ions move. Current rechargeable batteries have an anode made of many carbon-based graphene sheets. To increase energy capacity, former experiments have tried to replace the carbon with silicon, which can hold far more lithium ions. However, this method did not work because the silicon was not stable enough. Kung's team managed to stabilize the silicon. They put clusters of silicon between the graphene sheets like a sandwich so that the silicon could not move around freely and take away the energy. The speed at which a battery charges is hindered by the shape of the graphene sheets because it takes a long time for the lithium to travel from one side of the sheet to the other.Sometimes a "traffic jam" occurs around the edges of the graphene. To solve this problem, Kung's team used a special chemical process to create tiny holes of 10 to 20 nanometers wide in the graphene sheets so the lithium ions would have a "shortcut" and be able to travel directly to the other side. This reduced the time it took the battery to recharge. About 15 minutes of charging can last more than a week. "Even after 150 charges, which would be one year or more of operation, the battery is still five times more effective than lithium ion batteries on the market today," said Kung. The technology could be widely available... Question: We can infer from the article that _ . Yes or no, is the answer "after one year's use, the newly developed batteries are less powerful"?

Ans:
Yes
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