Ques: Article: At sixteen Ron Mackie might have stayed at school, but the future called to him excitedly. Get out the classroom into a job." it said, and Ron obeyed .His father ,supporting the decision, found a place for him in a supermarket. "You are lucky, Ron", he said. "For every boy with a job these days, there's a dozen without." So Ron joined the working world at twenty pounds a week. For a year he spent his days filling shelves with tins of food. By the end of that time he was looking back on his schooldays as a time of treat variety and satisfaction. He searched for an interest in his work, with little success. One fine day instead of going to work Ron got a lift on a lorry going south. With nine pounds in his pocket, a full heart and a great longing for the sea, he set out to make a better way for himself. That evening, in Bournemouth, he had sandwich and a drink in a cafe run by an eldly man and his wife. Before he had finished the sandwich, the woman had taken him on for the rest of the summer, at twenty pounds a week, a room upstairs and three meals a day. The ease and speed of it rather took Ron's breath away. At quiet times Ron had to check the old man's arithmetic in the records of the business. At the end of the season, he stayed on the coast. He was again surprised how straightforward it was for a baby of seventeen to make a living. He worked in shops mostly, but once he took a job in hotel for three weeks. Late in October he was taken on by the sick manager of a shoe shop. Ron soon found himself in charge there; he was the only one who could keep the books. Question: It took about a year for Ron to realize that Yes or no, is the answer "his work at the supermarket was dull."?
Ans: No

Ques: Article: Scientists know of more than 1,000 volcanoes on the surface of Venus, Earth's "sister" planet. A big question has been: Are they still active? The scientists say yes. Their evidence for recent volcanic activity on Venus comes from a lava flow in the planet's northern hemisphere. The flow is hotter than the rocks around, which means the lava might still be cooling off. "The flow we studied seems to be very young---it is still warm inside," Nataliya Bondarenko said. Venus is a difficult planet to study from Earth because it is surrounded by thick clouds. Telescopes on Earth can't see through these clouds, so the best information about Venus comes from spacecraft orbiting it. Bondarenko and her colleagues studied the lava flow using data from NASA's Magellan mission. That spacecraft spent four years in orbit around Venus and used radar to make a map of 98 percent of the planet's surface. On October 11th, 1994, the mission ended, and the spacecraft plunged through Venus' heavy cloud cover and crashed onto the planet below. While in orbit, the Magellan craft sent microwaves, which can go through Venus' clouds, to the surface. Microwaves are invisible and can be as long as three feet. These waves are a kind of energy, like light. And like light, they bounce off surfaces. The way the waves bounced off the Venus' surface and back to the craft supplied information that the scientists used to estimate the temperature of various parts of the planet's surface. Bondarenko's team found that the lava flow was hotter than its surroundings---which may mean the lava flow is in the process of cooling. The scientists say the lava flow can't be very old because if it were, it would have cooled off enough that Magellan wouldn't have noticed the difference in microwaves. She adds that the flow appears in a 1978 view of the surface that a craft called the Pioneer Venus Orbiter captured. Question: What happened to Magellan in the end? Yes or no, is the answer "It fell onto Venus."?
Ans: Yes

Ques: Article: IF you lived by the sea, you'd know that typhoons are frequent visitors during summer .They bring Strong winds, heavy rain and flooding But most of the time, when people stay indoors, they're just all right. This is what the people in the Philippines used to believe - until they met the "super typhoon", Haiyan. The typhoon hit the country on Nov 8, at around 5 am, when most people were still asleep. But being at home didn't keep them safe, since few buildings remained standing once they were hit by wind as violent as 376 kilometers per hour, according to NBC News. "This is at the top end of any tropical system that we've seen on our planet," said Bryan Norcross, a weather scientist working for NBC. And so far, Haiyan has caused more than 3,600 deaths and left millions of people homeless. .But where did Haiyan get its destructive power? According to Brian McNoldy, a tropical weather expert at the University of Miami, US, Haiyan was so strong because "it had everything working for it" "All typhoons feed off the warm ocean waters," Colin Price, a weather researcher at Tel Aviv University in Israel, told National Geographic. Tropical storms are like giant engines ,powered by the heat transferred from the ocean waters to the air above. However, because of climate change, the oceans have been warming up in recent decades. "Warmer oceans will result in more intense storms," Price said. Also, Haiyan started near the equator ,where it was able to pick up more heat before heading to the Philippines. Moreover, the route it traveled was mostly along open ocean, which means no land prevented it from gathering steam . In addition, there happened to be very little "wind shear in the area this time. Wind shear is a sudden change in wind speed or direction, which can tear apart developing storms. This is like when you stir a glass of water with a chopstick: a swirl will form, 'but if you move the chopstick in the opposite direction, the swirl will quickly disappear." "When all those things _ in a certain way, you're going to... Question: The article mainly talks about Yes or no, is the answer "Why Haiyan was so destructive"?
Ans:
No