雅思入学测试题，雅思6分相当于英语几级

果果英语网 2023-11-02

雅思入学测试题？2023年10月30日雅思考试真题及答案12023年10月30日雅思听力考试真题及答案2雅思2023年10月30日阅读考试真题及答案32023年10月30日雅思写作考试真题及范文小钟老师整理考前准备1、那么，雅思入学测试题？一起来了解一下吧。

雅思入门测试题目

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2023年11月20日雅思考试的真题和答案已经公布了，快来一起看看自己能拿到多少分吧。下面是小钟老师整理的2023年11月20日雅思考试真题及答案。

2023年11月20日雅思考试真题及答案12023年11月20日雅思听力考试真题及答案22023年11月20日雅思阅读考试真题及答案32023年11月20日雅思作文考试真题及答案小钟老师整理雅思考试

一、雅思考试什么?

雅思考试全称是“国际英语语言测试The International English Language Testing System”。是全球首创从听、说、读、写四方面进行英语能力全面考核的国际考试，能够立体综合地精准测评考生的英语语言运用能力。雅思考试由英国文化教育协会、澳大利亚IDP教育集团和剑桥大学考试委员会外语考试部共同拥有并在全球范围内运营。

考一次雅思的费用

小钟老师为大家带来2023年雅思考试模拟试题及答案(3)，欢迎大家参考!更多相关内容请关注本站!

2023年雅思考试模拟试题及答案(3)

Lighting Up The Lies

You should spend about 20 minutes on Questions 1-13 which are based on Reading Passage below.

Last year Sean A. Spence, a professor at the school of medicine at the University of Sheffield in England, performed brain scans that showed that a woman convicted of poisoning a child in her care appeared to be telling the truth when she denied committing the crime. This deception study, along with two others performed by the Sheffield group, was funded by Quickfire Media, a television production company working for the U.K.'s Channel 4, which broadcast videos of the researchers at work as part of a three-part series called "Lie Lab." The brain study of the woman later appeared in the journal European Psychiatry.

Functional magnetic resonance imaging (fMRI) purports to detect mendacity by seeing inside the brain instead of tracking peripheral measures of anxiety—such as changes in pulse, blood pressure or respiration —measured by a polygraph. Besides drawing hundreds of thousands of viewers, fMRI has pulled in entrepreneurs. Two companies—Cephos in Pepperell, Mass., and No Lie MRI in Tarzana, Calif.—claim to predict with 90 percent or greater certitude whether you are telling the truth. No Lie MRI, whose name evokes the casual familiarity of a walk-in dental clinic in a strip mall, suggests that the technique may even be used for “risk reduction in dating”.

Many neuroscientists and legal scholars doubt such claims—and some even question whether brain scans for lie detection will ever be ready for anything but more research on the nature of deception and the brain. An fMRI machine tracks blood flow to activated brain areas. The assumption in lie detection is that the brain must exert extra effort when telling a lie and that the regions that do more work get more blood. Such areas light up in scans; during the lie studies, the illuminated regions are primarily involved in decision making.

To assess how fMRI and other neuroscience findings affect the law, the Mac-Arthur Foundation put up $10 million last year to pilot for three years the Law and Neuroscience Project. Part of the funding will attempt to set criteria for accurate and reliable lie detection using fMRI and other brain-scanning technology. “I think it's not possible, given the current technology, to trust the results,” says Marcus Raichle, a neuroscientist at the Washington University School of Medicine in St. Louis who heads the project's study group on lie detection. “But it’s not impossible to set up a research program to determine whether that’s possible.” A major review article last year in the American Journal of Law and Medicine by Henry T. Greely of Stanford University and Judy Illes, now at the University of British Columbia, explores the deficiencies of existing research and what may be needed to move the technology forward. The two scholars found that lie detection studies conducted so far (still less than 20 in all) failed to prove that fMRI is “effective as a lie detector in the real world at any accuracy level.”

Most studies examined groups, not individuals. Subjects in these studies were healthy young adults—making it unclear how the results would apply to someone who takes a drug that affects blood pressure or has a blockage in an artery. And the two researchers questioned the specificity of the lit-up areas; they noted that the regions also correlate with a wide range of cognitive behaviors, including memory, self- monitoring and conscious self-awareness.

The biggest challenge for which the Law and Neuroscience Project is already funding new research—is how to diminish the artificiality of the test protocol. Lying about whether a playing card is the seven of spades may not activate the same areas of the cortex as answering a question about whether you robbed the corner store. In fact, the most realistic studies to date may have come from the Lie Lab television programs. The two companies marketing the technology are not waiting for more data. Cephos is offering scans without charge to people who claim they were falsely accused if they meet certain criteria in an effort to get scans accepted by the courts. Allowing scans as legal evidence could open a potentially huge and lucrative market. “We may have to take many shots on goal before we actually see a courtroom.” says Cephos chief executive Steven Laken. He asserts that the technology has achieved 97 percent accuracy and that the more than 100 people scanned using the Cephos protocol have provided data that have resolved many of the issues that Greely and Illes cited.

But until formal clinical trials prove that the machines meet safety and effectiveness criteria, Greely and Illes have called for a ban on non-research uses. Trials envisaged for regulatory approval hint at the technical challenges. Actors, professional poker players and sociopaths would be compared against average Joes. The devout would go in the scanner after nonbelievers. Testing would take into account social setting. White lies—“no, dinner really was fantastic”—would have to be compared against untruths about sexual peccadilloes to ensure that the brain reacts identically.

There potential for abuse prompts caution. “The danger is that people’s lives can be changed in bad ways because of mistakes in the technology,” Greely says. “The danger for the science is that it gets a black eye because of this very high profile use of neuroimaging that goes wrong.” Considering the long and controversial history of the polygraph, gradualism may be the wisest course to follow for a new diagnostic that probes an essential quality governing social interaction.

Question 1-7

Use the information in the passage to match the people (listed A-D) with opinions or deeds below. Write the appropriate letters A-D in boxes 1-7 on your answer sheet.

NB you may use any letter more than once

A Henry T. Greely &Judy Illes

B Steven Laken

C Henry T. Greely

D Marcus Raichle

1 The possibility hidden in a mission impossible

2 The uncertain effectiveness of functional magnetic resonance imaging for detecting lies

3 The hazard lying behind the technology as a lie detector

4 The limited fields for the use of lie detection technology

5 Several successful cases of applying the results from the lie detection technology

6 Cons of the current research related to lie-detector tests

7 There should be some requested work to improve the techniques regarding lie detection

Question 8-10

Do the following statements agree with the information given in Reading Passage 1?

In boxes 8-10 on your answer sheet, write

TRUE if the statement is true

FALSE if the statement is false

NOT GIVEN if the information is not given in the passage

8 The lie detection for a convicted woman was first conducted by researchers in Europe.

9 The legitimization of using scans in the court might mean a promising and profitable business.

10 There is always something wrong with neuroimaging.

Question 11-13

Summary

Complete the following summary of the paragraphs of Reading Passage, using No More than Three words from the Reading Passage for each answer. Write your answers in boxes 11-13 on your answer sheet.

It is claimed that functional magnetic resonance imaging can check lies by observing the internal part of the brain rather than following up 11 to evaluate the anxiety as 12 does. Audiences as well as 13 are fascinated by this amazing lie-detection technology.

参考译文：

去年，英国谢菲尔德大学医学院教授Sean A. Spence 在对一位将自己照顾的孩子毒死的妇女的大脑进行扫描时发现，这位被定罪的妇女在否认自己的犯罪事实时，看起来像是在说真话。

雅思6分相当于英语几级

对于考完雅思的同学来说，并不能第一时间知道雅思考试的成绩，但是通过雅思考试的答案，我们可以预测雅思成绩，下面是小钟老师分享的2023年7月10日雅思考试真题答案。

2023年7月10日雅思考试真题答案

12023年7月10日雅思口语考试真题答案22023年7月10日雅思听力考试真题答案32023年7月10日雅思阅读部分考试答案42023年7月10日雅思写作真题与范文小钟老师整理

雅思学习常见误区

1.学习外语难

错！除非你真的不想学一门语言的时候，才会觉得很困难。学语言耗费时间，但是并不难，主要的是需要听和阅读。听得多了，读的多了，你就会体会到这门语言的满足感。

2.必须有语言天赋才行

错！任何人，只要想学语言，他就可以学。在荷兰，大部分人会说两种以上的语言，并不是说他们都有语言天赋。在学习语言过程中，是态度而不是天资决定成功。

雅思试卷

2023年9月25日雅思考试的真题和答案已经公布了，快来对照一下自己的考试结果吧。以下是小钟老师精心整理的2023年9月25日雅思考试真题及答案，仅供参考。

2023年9月25日雅思考试真题及答案12023年9月25日雅思听力考试真题及答案22023年9月25日雅思阅读考试真题及答案32023年9月25日雅思写作考试真题及答案小钟老师整理学习方法

听力：重点是多听多练

听力单词便是听写，雅思王的听力语料库，能多刷就多刷，做真题的时候，每套真题基本上要听5遍以上，一边听一边跟读，再捕捉关键信息写下来，精听的环节每天都要进行，要让自己的耳朵随时坚持活跃。

另外，做听力时分，必定要提前读标题，把关键信息都画出来，不要舍不得笔!选择题假如没有时间看选项，就把题干看了，总之在录音开端之前必定要对整体内容在心里有个大概。

高顿雅思入学测试

对于准备出国留学的同学来说，雅思考试是一道门槛，想要考雅思的同学，可以先看看雅思考试的真题，下面是小钟老师整理的2023年5月8日雅思考试真题答案，来参考一下吧！

一、2023年5月8日雅思考试真题答案

12023年5月8日雅思听力考试真题答案22023年5月8日雅思阅读真题与答案32023年5月8日雅思写作考试真题与范文42023年5月8日雅思口语真题回顾小钟老师整理

二、备考雅思技巧

模拟测试

先做一个模拟测试，找出自己的弱点。这是最初准备的关键部分，有助于确定个人的优势和劣势。改进弱点的同时还要巩固优势，这将为今后的考试创造一个坚实的基础。

理解考试形式

开始练习之前，非常重要的一点是你要知道考试的形式。通过回顾考试内容，以及每个部分的问题和任务类型来熟悉它。

不仅是雅思，任何考试想要成功，都需要对考试模式和形式有一个清楚的了解。

以上就是雅思入学测试题的全部内容，二、雅思成绩有效期一般来说雅思认可雅思成绩有效期是2年，从考试日期算起(不是成绩下发之日算起)。三、雅思考试内容雅思听力：30分钟加10分钟誊写答案的时间。考生听四段录音，难度随考试的进行而递增。