2020年海南省英语专四、专八考试报名事宜通知
发布时间:2020-08-22
大家好,在大家普遍重视英语学习的今天,英语专业的同学更需要拿到专四、专八证书。那么海南省英语专业四级跟八级考试什么时间报名?报名有什么要求吗?下面51题库考试学习网分享了专四、专八考试报名的相关信息,一起来看看吧!
首先。全国英语专业四级考试(TEM-4)、英语专业八级考试(TEM-8)一般在每年11月份报名,次年3、4月份考试,当然具体的报名时间,都以各高校教务处的通知为准,专四专八考生需持自己所在高校的学生证集体报名——不接受其他学校的报名。
其次,因为疫情影响,2020年6月1日,高校外语专业教学测试办公室发布《关于调整2020年上半年全国高等学校外语专业四、八级考试的公告》表示,原定于今年上半年举行的英语专业八级考试等全国高等学校外语专业四、八级考试不再举行。已经报名的考生报名费用退回。以后的具体考试时间还是以学校通知为准。
最后,英语专业四级、八级报考条件:
一、专四的报名条件:(具体以学校通知为准)
1、经教育部备案或批准的高等院校中英语专业二年级本科生。
2、经教育部备案或批准的高等院校中修完英语专业基础阶段教学大纲规定课程的二、三年制最后一学年的大专生。
3、教育部备案或批准有学历的成人高等教育学院中四年制即脱产学习的英语专业(第二学年)本科生;五年制即不脱产学习的、修完英语专业基础阶段教学大纲规定课程(第三学年)的本科生。不脱产的三年制大专生,必须在第三学年时方可报名参加专业英语四级测试。
4、重点外语类院校中,非英语专业的本科生中当年参加英语六级考试且成绩在60分以上,可参加当年专业英语四级考试。
5、参加四级测试的考生只有一次补考机会。课程(第三学年)的本科生。不脱产的三年制大专生,必须在第三学年时方可报名参加专业英语四级测试。
二、专八报名条件:(具体以学校通知为准)
1、经教育部备案或批准的高等院校:英语专业四年级本科生。
2、经教育部批准有学历的成人高等教育学院:2016年入学的四年制即脱产学习的英语专业(第四学年)本科生:2014年入学的五年制即不脱产学习的英语专业(第五学年)本科生。
3、重点外语类院校中,2015年入学的、以专业英语作为第二学位且 CET6达600分或以上(相当于优秀)的四年级本科生。
4、曾参加2019年TEM8统测但未通过的英语专业学生可参加此次补考,但仅次补考机会,不参加就算作自动放弃,补考机会不顺延。
好了,以上就是今天分享的全部内容了,各位小伙伴根据自己的情况进行查阅,希望本文对各位有所帮助,如需了解更多相关内容,请关注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。
______'s Leaves of Grass is a collection of poems written in free verse.
A.Robert Frost
B.T.S. Eliot
C.Walt Whitman
D.Ezra Pound
How many generators does the shuttle carry?
A.One.
B.Two.
C.Three.
D.Four.
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.
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