Have you ever suddenly felt that someone you know was in trouble -- and he was? Have you ever dreamed something that came true later? Maybe you have ESP. ESP stands for Extra Sensory Perception. It may be called a sixth sense. It seems to let people know about events before they happen, or events that are happening some distance away. Here is an example: A woman was doing washing. Suddenly she shouted, "My father is dead! I saw him sitting in the chair!" Just then, a telephone came. The woman's father had died of a heart illness. He died sitting in a chair. There are thousands of stories like this on record. Scientists are studying them to find out what is behind these strange mental messages. Here's another example ---- one of hundreds of dreams that have come true. A man dreamed he was walking along a road when a horse and carriage came by. The driver said, "There's room for one more." The man felt the driver was Death, so he ran away. The next day the man was getting on a crowded bus. The bus driver said, "There's room for one more". Then the man saw the driver's face was the same face he had seen in the dream. He wouldn't get on the bus. As the bus drove off, it crashed and burst into fires. Everyone was killed! Some people say stories like these are lies or coincidences. Others say that are ESP in true, from studies of ESP, we may some day learn more about the human mind. The example of the man shows the ability to _ . A) avoid traffic accidents B) know the good and bad of a person C) know about the events happening some distance away D) sense a danger that will happen later on
D
The goal of earthquake prediction is to give early enough warning. The U.S. Geological Survey conducts and supports research on the likelihood of future earthquakes. Scientists estimate earthquake probabilities in two ways: by studying the history of large earthquakes in a special area and the rate at which strain accumulates in the rock. Scientists study the past frequency of large earthquakes in order to determine the future likelihood of similar large shocks. For example scientists researched the large earthquakes in the San Francisco Bay region during the 75 years between 1836 and 1911. For the next 68 years, no earthquakes of magnitude 6 or large occurred in the region. Beginning with a magnitude 6 shock in 1979, the earthquakes in the region increased dramatically; between 1979 and 1989, there were four magnitude 6 or greater earthquakes, including a magnitude 7.1 earthquake. So scientists estimated that the probability of a magnitude 6.8 or larger earthquake occurring during the next 30 years in the region is about 67 percent. Another way to predict earthquakes is to study how fast strain accumulates. When plate movements build the strain in rocks to a critical level, like pulling a rubber band too tight, the rocks will suddenly break and slip to a new position. Scientists measure how much strain accumulates along a fault each year, how much time has passed since the last earthquake, and how much strain was released in the last earthquake. This information is used to calculate the time required for the accumulating strain to build to the level that results in an earthquake. This simple model is so complicated that such detailed information about faults is rare. In the United States, only the San Andreas Fault System has adequate records for using this prediction method. Scientific understanding of earthquakes is of vital importance to the Nation. As the population increases, expanding urban development and construction encroach upon areas susceptible to earthquakes. With a greater understanding... According to the passage, we can know that the San Andreas Fault System _ . A) has a greater understanding of the causes and effects of earthquakes B) stores much more information about the history of large earthquakes C) offers the potential for doing research on the faults where strain accumulates D) illustrates specifically how rocks along a fault are formed
C
Q: When you get a job interview, it is the chance that you impress them employer and prove you really are the right person for the job. The following key points may he the important steps you can take to ensure you make a good impression from the get-go Be Prepared Research the company thoroughly before the job interview. Read through the company website to gain a thorough understanding of what" does its values, clients or audience and any technologies it uses. You should also Google the company and read any press releases. Note important issues or points you can discuss at the interview. Take copies of the job description with you to the interview. Don't he afraid of showing off, you can bet the other candidates won't be holding back! Interview Questions All this preparation work will go a long way to helping you for questions you might be asked during the interview. As well as preparing for the standard questions, you also need to come up with relevant questions to ask the interviewer about the company and your role. You may want to ask something along the lines of "what's it like to work here?", "what are the career prospects l like?" Timekeeping Plan your route in advance and make a dry run to the interview location a few days beforehand to make sure you're clear on where you're going. Print out directions and maps from sites like Google Maps and make sure you should he there without any problems After the Interview If you're unsuccessful, use it as an opportunity to improve. Ask for feedback from the interviewer. This will improve your future interview success chances; the interviewer might consider you for future vacancies at the company based on this action alone It can be inferred form the passage that _ . A) the interviewer can help you through the back door B) a polite attitude can help you find a way out C) it is impossible to get a job at the first interview D) it is important to keep cautious about an interview
A: B
Q: The oil from palms has a wide variety of uses and is found in food, soaps and shampoos. An international team found a gene that made some of the trees produce more oil than others. Dr Rajinder Singh, from government agency the Malaysian Palm Oil Board, said, "The oil palm has three fruit forms: a thick-shelled type --the Dura; those that don't have any shell--the Pisifera; a third form produced as a cross between the thick shell and the one without the shell--the Tenera, which are more of the fleshy fruit to produce the oil," and the researchers identified the gene producing this trait. While oil palm growers attempt to grow only the thin-shelled Tenera variety, up to 10% of the seeds can be contaminated , and turn out to be the other less oily plants. Prof. Martienssen, from the Cold Spring Harbour Laboratory, said, "We can now use that gene in genetic testing, which will allow growers as well as producers to know exactly what sort of tree they are planting before it produces fruit. It takes a long time for these trees to produce fruit, but by being able to predict exactly what sort of fruit that trees will produce, it will greatly assist growers." The researchers say this could offer a more sustainable form of agriculture. Prof. Martienssen said, "This finding gives us huge hope. We hope to maximize land usage and produce a lot more on the same amount of land, because we do not want to destroy the rainforest any more." However, the environmental group WWF-UK said that the global demand for oil palm was growing rapidly, making the expansion of plantations inevitable. Adam Harrison, the organization's food and agriculture policy officer, said, "In a sense it does not matter if a 'good' variety replaces forest or a 'bad' one, the wildlife and communities that need access to that land will suffer. So for palm oil to be sustainable, the process of allocating land needs to be controlled. There is an abundance of low-carbon, low-wildlife and conflict-free land available and there is no more need for forest... What can we infer from the passage? A) The plantation of oil palms has decreased in recent years. B) The Dura produces less oil than other two types of palm fruit. C) It takes less time to produce fruit, Pisifera, than other two types of fruit. D) The researchers are trying to produce more palms with the fruit, Tenera.
A: D