Computer Terminology

In order to be media literate, you need to know the various forms of media, including newspapers, magazines, television, and alternative media, and be able to sort out what is reliable and what is not reliable.

Wild guess? 2k? xD

Communications

None 1000 megabytes is one gigabyte.

it is in the very front of the book, real easy

The next step after terabytes (TB) is petabytes (PB).

content aggregators

How ever many you need to display your data. Only you can determine how many rows and columns you will require in a table you design.

It is important to manage information because people without it are not only not informed, but they're powerless. When people have the information they need, they are enabled and informed.

Information management has many forms and purposes.

In records management, when information is managed correctly, it means that you can find information easily because it is stored in a logical, documented fashion and kept for as long as it is needed. It saves time, money, and resources. Managing information also means that you can separate out highly confidential information from routine information, or critical information from the more mundane. You can then easily make sure that confidential and/or critical information is handled in a way that protects it in case it is needed in an emergency.

Sometimes, companies and people have to give out information, too. Managing that information helps to insure that damaging or potentially embarrassing information does not get into the wrong hands.

Managing information correctly also prevents corporate spies from stealing company secrets. Corporate spying comes in all forms from competing business, to national and international interests.

If disaster strikes, information that is managed correctly will be readily available so people can be warned and informed on what steps they need to take. It also means that backup plans can be put into place for continued operation.

This is a simplistic view of information management, but it does give you an idea of its importance.

1,520MB

1000MB equals 1GB

1Byte = 8 bits

Capitalized "B" means Byte

lower case ''b'' means bit 1,520MB

1000MB equals 1GB

1Byte = 8 bits

Capitalized "B" means Byte

lower case ''b'' means bit

well if 1GB is 1000MB (really there is 1024MB but usally you round to the nearest thousand) and you have 5GB it going to be 5000MB. (really its going to be 5120MB)

Technically its called a RJ-45 jack.

In the UTF 8 standard of representing text, which is the most commonly used has a varying amount of bytes to represent characters. The Latin alphabet and numbers as well as commonly used characters such as (but not limited to) <, >, -, /, \, $ , !, %, @, &, ^, (, ), and *. Characters after that, however, such as accented characters and different language scripts are usually represented as 2 bytes. The most a character can use is 4, I think (Can someone verify? I can't seem to find the answer).

Removable storage media refers to CD's, DVD's, Floppy discs, USB drives. Non-removeable storage media refers to RAM, and Hard Drives. So where the storage media's are found depends upon which you are 'talking' about; but generally non-removable inside the computer, removable outside of the computer.

1)helps to recognise market trends: MIS helps managers to recognise market trends, in respect of price, designs of products, fashions, etc. timely information of the market trend enables the firm to follow the right course of action. 2)facilitates marketing planning and control: effective marketing planning is required in terms of product planning, pricing, promotion and distribution. such planning will be possible only if the company is possessing adequate and relevant information. this is also possible through MIS. 3)quick supply of information: today a firm has to take quick decisions. for this purpose it requires fast flow of information which is facilitated by a properly designed MIS. 4)improves quality of decision making: a properly designed MIS supplies reliable and relevant information. with the help of computers and other data processing equipments, the marketing managers can make the right decisions at the rught time.

The oldest computer language still in use is Fortran, invented in 1957. The first computer language was assembly language, but the first high level programming language was Plankalkul.

The types of personal computers are two:

-Game PC-the most powerful group, they have big calculating poweras the name says they are made for fine graphic games or for work with hard programs

-Home PC-the most popular, perfect for non-gaming, net Surfing, lite programs,and everyday activities

Hope to be useful!

Usually people like: partners, vendors, and suppliers of a company that has extranet.

Generic reports, automated reports, and manual reports can be generated from management information systems. The type of reports generated will depend on the type of the management information system used.

ISO stands for International standards organization.It is an organization for agreement on international standards of network communication world wide.

On the other hand OSI is a model for understanding and designing a network architecture.

In computer terms, 1 word is 4 bytes. 1,073,741,824/4= 268,435,456. In more familiar terms, in average English text, there are about 4.5 letters per word. Add the space after the word, and it will be about 5. So the answer is about 200 million words per gigabyte. That is based on a file with simple, plain text. Most word processor files add a lot of extra stuff for formatting, fonts, margins, and so on, so it is hard to give a more accurate answer.

I believe that the cache memory stores certain copied information that you go to most often from the hard drive. So, the unit checks the cache memory first before it checks the whole hard drive. That way you can find the location of a certain file faster in the smaller (cache) memory versus finding it in the bigger hard drive where it takes longer to find that same file.

Machine vision has been characterized by a lack of standards, which has resulted in the necessity for expensive customization of systems. Today's objective is to investigate the development of a vision system which utilizes or establishes standards.

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32 values. 2^5=32