CATTI三级跟英语专八笔译哪个难?

发布时间:2022-02-15


想检测自己的英语水平,来证明自己的英语能力,可以通过参加一些英语考试来实现,比如CATTI翻译专业资格(水平)考试、TEM-8英语专业八级考试等。有人就会问了,这两种考试究竟哪个更难呢?拿CATTI三级笔译和专八来比较一下吧!

先来说说CATTI翻译资格考试,CATTI翻译资格考试中的三级笔译考试一年可以报考两次,根据官方数据显示,历年的通过率在15%-18%之间。对报考的人员没有太大的限制,即使是非英语专业的人也可以参加三级笔译考试。不同于英语专八考试的是,三级笔译可以报考多次,考试分为《笔译综合能力》和《笔译实务》两个科目,主要侧重考察的是考生的英语翻译能力。通常而言,CATTI三级笔译考试的《笔译综合能力》较容易通过,而《笔译实务》较难,较大部分考生,哪怕是有些通过专八考试的, 也会在《笔译实务》这一科目遭遇到滑铁卢。

而英语专八基本上是英语专业学生的必备证书,就全国而言,每年英语专八的通过率大概是40%-50%。当然有些好的高等院校,英语专八的通过率高达90%以上。从考试内容来说,英语专八不仅考察考生的翻译能力,听说读写等各种英语综合能力都在专八的考察范围内。最重要的是,并不是人人都有资格报考英语专八考试。一般而言,只有高校英语专业四年级学生才能够报考英语专八,并且只有两次机会可以参加考试,如果大四第一次没有通过专业八级考试,次年的三月份还有一次补考的机会。

说完了CATTI三级笔译跟英语专八的一些区别,再来谈谈CATTI三级笔译跟专八哪个难这个问题。实际上,由于CATTI三级笔译考试和英语专八考试两者侧重的内容不同,两者也并非同一种考试,对考生的英语能力要求各有侧重,不同行业对此的认可度也不尽相同。因此,能通过三级笔译跟专八,其实都能体现我们已经具备了一定的英语能力,大家与其纠结于“CATTI三级笔译跟专八哪个难”这个问题,还不如根据自己的实际情况来安排报考。

对于英语专业毕业的学生而言,英语专八基本上是一张必备的证书,有些人可能会觉得鸡肋,在求职时似乎没什么用处,但在报考公务员或事业单位时,不少招聘条件里都会写明需要持有专八证书。如果对自己的英语有进一步的要求,想要从事翻译工作,或者是想要多多储备一些证书作为求职的敲门砖,也可以直接报考二级笔译考试。

而非英语专业的学生,既然无法参加英语专八的考试,那么含金量较高的CATTI考试就可以成为较为不错的选择。大家不妨从三级笔译考试开始进行备考,储备一些初级的翻译技能,之后还可以进一步备考二级笔译考试。

无论大家报考的是CATTI三级笔译、英语专八还是其它英语相关考试,都祝愿大家顺利通关,取得证书。以上就是51题库考试学习网给大家分享的专八考试相关资讯,希望对各位备考的同学有所帮助,更多专四专八资讯,欢迎随时关注51题库考试学习网!


下面小编为大家准备了 专四专八考试 的相关考题,供大家学习参考。

As can be gathered from the passage, before 1910 the normal running time of a film was probably ______.

A.15 minutes or less

B.between 15 and 30 minutes

C.between 30 and 45 minutes

D.1 hour or more

正确答案:A

【M3】

正确答案:is改成has
is改成has 解析:美国国家不是离婚率,因此不能用吼

Telecommunications stand for devices and systems that transmit electronic or optical signals across long distances. Telecommunications enables people around the world to contact one another, to access information instantly, and to communicate from remote areas. Telecommunications usually involves a sender of information and one or more recipients linked by a technology, such as a telephone system, that transmits information from one place to another. Telecommunications enables people to sand and receive personal messages across town, between countries, and to and from outer space. It also provides the key medium for delivering news, data, information, and entertainment.

Telecommunications devices convert different types of information, such as sound and video, into electronic or optical signals. Electronic signals typically travel along a medium such as copper wire or are carried over the air as radio waves. Optical signals typically travel along a medium such as strands of glass fibers. When a signal reaches its destination, the device on the receiving end converts the signal back into an understandable message, such as sound over a telephone, moving images on a television, or words and pictures on a computer screen.

Telecommunications messages can be sent in a variety of ways and by a wide range of devices. The messages can be seat from one sender to a single receiver (point-to-point) or from one sender to many receivers (point-to-multipoint). Personal communications, such as a telephone conversation between two people or a facsimile (fax) message (see Facsimile Transmission), usually involve point-to-point transmission. Point-to-multipoint telecommunications, often called broadcasts, provide the basis for commercial radio and television programming.

Telecommunications begin with messages that are converted into electronic or optical signals. Some signals, such as those that carry voice or music, are created in an analog or wave format, but may be converted into a digital or mathematical format for faster and more efficient transmission. The signals are then sent over a medium to a receiver, where they are decoded back into a form. that the person receiving the message can understand. There are a variety of ways to create and decode signals, and many different ways to transmit signals.

Individual people, businesses, and governments use many different types of telecommunications systems. Some systems, such as the telephone system, use a network of cables, wires, and switching stations for point-to-point communication. Other systems, such as radio and television, broadcast radio signals over the air that can be received by anyone who has a device to receive them. Some systems make use of several types of media to complete a transmission. For example, a telephone call may travel by means of copper wire, fiber-optic cable, and radio waves as the call is sent from sender to receiver. All telecommunications systems are constantly evolving as telecommunications technology improves. Many recent improvements, for example, offer high-speed broadband connections that are needed to send multimedia information over the Internet.

Personal computers have pushed the limits of the telephone system as more and more complex computer messages are being sent over telephone lines, and at rapidly increasing speeds. This need for speed has encouraged the development of digital transmission technology. The growing use of personal computers for telecommunications has increased the need for innovations in fiber-optic technology.

Telecommunications and information technologies are merging and converging. This means that many of the devices now associated with only one function may evolve into more versatile equipment. This convergence is already happening in various fields. Some telephones and pagers are able to store not only phone numbers but also names and personal information abo

A.Current development.

B.Transmission of message.

C.Computer networking.

D.Government regulation.

正确答案:D

The Americans won the war of independence in the decisive battle at ______.

A.Boston

B.Yorktown

C.Norfolk

D.Pittsburgh

正确答案:B

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