I'm taking a test and have to guess the right answer to the question after the article. Article: Mandara seemed to know something big was about to happen. So she let out a yell, caught hold of her 2-year-old daughter Kibibi and climbed up into a tree. She lives at the National Zoo in Washington, D.C. And on Tuesday, August 23rd, witnesses say she seemed to sense the big earthquake that shook much of the East Coast before any humans knew what was going on. And she's not the only one. In the moments before the quake, an orangutan let out a loud call and then climbed to the top of her shelter. "It's very different from their normal call," said Brandie Smith, the zookeeper. "The lemurs (monkey-like animals of Madagascar) will sound an alarm call if they see or hear something highly unusual." But you can't see or hear an earthquake 15 minutes before it happens, can you? Maybe you can -- if you're an animal. "Animals can hear above and below our range of hearing," said Brandie Smith. "That's part of their special abilities. They're more sensitive to the environment, which is how they survive." Primates weren't the only animals that seemed to sense the quake before it happened. One of the elephants made a warning sound. And a huge lizard ran quickly for _ . The flamingoes (a kind of bird) gathered before the quake and stayed together until the shaking stopped. So what kind of vibrations were the animals picking up in the moments before the quake? Scientist Susan Hough says earthquakes produce two types of waves -- a weak "P" wave and then a much stronger "S" wave. The "P" stands for "primary". And the "S" stands for "secondary". She said she thinks the "P" wave might be what set the animals off. Not all the animals behaved unusually before the quake. For example, Smith says the zoo's giant pandas didn't jump up until the shaking actually began. But many of the other animals seemed to know something was coming before it happened. "I'm not surprised at all," Smith said. Question: Why did Mandara act strangely one day? Options: A: Because it sensed something unusual would happen. B: Because its daughter Kibibi was injured. C: Because it heard an orangutan let out a loud call. D: Because an earthquake had happened.
A
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I'm taking a test and have to guess the right answer to the question after the article. Article: Spring is coming, spring is coming, Birdies, build your nest; Weave together straw and feather, Doing each your best. Spring is coming, spring is coming, Flowers are coming too: Pansies, lilies, daffodillies Now are coming through. Spring is coming, spring is coming, All around is _ , Shimmer and quiver on the river, Joy is everywhere. ----William Blake Question: The poet felt _ when he was writing the poem. Options: A: surprised B: lonely C: happy D: sad
(Answer)
C
Ques: I'm taking a test and have to guess the right answer to the question after the article. Article: Let Baby Cry The parents with their three-year-old son went to see a film. When they walked into the cinema, the attendant said to them, "you'll have to go out if your son cries. But we'll refund you the tickets." About half an hour later, the husband asked his wife, "What do you think of the film?" "I've never seen such a boring film." His wife answered. "It's not worth seeing." "I don't think much of it, either." The husband said. "Wake the child up and let him cry." Blindfold Them Stan: I won 92 goldfish. Fred: Where are you going to keep them? Stan: In the bathroom. Fred: But what will you do when you want to take a bath? Stan: Blindfold them! Einstein and God Einstein climbs to the top of Mt. Sinai to get close enough to talk to God. Looking up, he asks the Lord... "God, what does a million years mean to you?" The Lord replies, "A minute." Einstein asks, "And what does a million dollars mean to you?" The Lord replies, "A penny." Einstein asks, "Can I have a penny?" The Lord replies, " _ ." Question: What's the same characteristic of the three stories? Options: A: They are all humorous stories. B: They are all moral stories. C: They are all fiction. D: They are all real stories.
Ans: A
I'm taking a test and have to guess the right answer to the question after the article. Article: You stare at waterfall for a minute or two, and then shift your gaze to its surroundings. What you now see appears to drift upward. These optical illusions occur because the brain is constantly matching its model of reality to signals from the body's sensors and interpreting what must be happening--that your brain must have moved, not the other; that downward motions is now normal, so a change from it must now be perceived as upward motion. The sensors that make this magic are of two kinds. Each eye contains about 120 million rods , which provide somewhat blurry black and white vision. These are the windows of night vision; once adapted to the dark, they can detect a candle burning ten miles away. Color vision in each eye comes from six to seven million structures called cones . Under ideal conditions, every cone can "see" the entire rainbow spectrum of visible color1s, but one type of cone is most sensitive to red, another to green, a third to blue. Rods and cones send their messages pulsing an average 20 to 25 times per second along the optic nerve. We see an image for a fraction of a second longer than it actually appears. In movies, reels of still photographs are projected onto screens at 24 frames per second, tricking our eyes into seeing a continuous moving picture. Like apparent motion, color1 vision is also subject to unusual effects. When day gives way to night, twilight brings what the poet T.S. Eliot called "the violet hour." A light levels fall, the rods become progressively less responsive. Rods are most sensitive to the shorter wavelengths of blue and green, and they impart a strange vividness to the garden's blue flowers. However, look at a white shirt during the reddish light of sunset, and you'll still see it in its "true" color1--white, not red. Our eyes are constantly comparing an object against its surroundings. They therefore observe the effect of a shift in the color1 of illuminating on both, and adjust accordingly. The eyes can distinguish several million graduations of light and shade... Question: The visual sensor that is capable of distinguishing shades of color1 is called _ . Options: A: cones B: color1 vision C: rods D: spectrum
A