Computers

The caption of Infosys is 'Powered By Intellect Driven By Values'. Infosys is an India-based IT corporation that provides business consulting and information technology services.

This is one of those questions people find tricky at interviews. The right approach for this question is to use it to highlight the 2/3 key strengths/skills that you have which match the requirements for the job. The job requirements will either be in; the advert, a person specification sent to you, or they will have told you during the interview.

The link below takes you to a guide on how to answer those tricky interview questions

Report-writing is an indispensable part of any profession. Almost every important decision in business, industry or government is taken on the basis of information presented or recommendation made in reports. Every member of the executive staff of an organisation is made to write a report at one time or another because without making report no analysis of their work is possible. Reports keep record which are used if the same situation recur. Reports also provide objective recommendations on any problem. Hence the skill of report-writing is as important as good raw material and equipment for running an industry or a business efficiently. An efficient executive need to possess this skills, if he wants to rise up the corporate ladder. It helps him to perform his functions of planning and evaluating men and material resources efficiently.

by-

Gautam chatterjee

gautam.chatterjee1857@gmail.com

Importance of Computers

-Computers are very important to us, because it can let us do our work faster and easier.

-Computers are very important to us because they give us access to more information in research and business.

-Computers offer the most modern and rapid means of communication (phone, text, e-mail, chat)

computer performs given three things:

1. takes input

2. analyse the input and perform according to it

3. gives output

The computer has multiple roles in education today. Distance learning, with all classes taking place online, are one facet of this. The computer also has made research easier, and word processing has many advantages over typing papers and reports.

Computers are used in all kinds of fields. Most of the fields that I know are in the Military: Air Traffic Controling

Criminal Justice

Avation

Submarines

Battleships

Aircraft Carriers Their are other diffrent fields where computer are used. To see the types of fields that are in the military, Naval mostly, go to www.navy.com on google. Good luck Hope that answered your question

A teen usually spends 1 hour,probably 45 minutes,on computer.And also spends 1 hour in tv too.......

It is so because much time can create addiction towards the computers,tv or cellphone,etc.

remember to give a long break,upto 4-6 hours,in watching tv and spending time in computer.

Click below for a place you will find a forum for translations from English to the Irish form of Gaelic. An automatic translator for languages isn't always 100% correct. Some languages don't have corresponding words and a single word in one language may have a variation of words in another, and the context you are speaking will determine which are used. Going from English to Irish can be like that, as the languages are structured differently.

Computers are widely used in the educational environment from elementary schools to universities. The majority of schools teach basic computer literacy and also run their own websites. Here, everything from notices and announcements to past lecture notes and reading lists can be viewed.

The Docks, Longshoremen Casuals ect. The reasoning behind this is that they are union and it would violate union code per-say. For example. If a computer comes into the picture and you have 2500 large shipping containers and you have to organize these and figure out where they go. Everything is done by clerks who don't have modern computers because if they had computers to do the job it would put people out of work.

The Docks, Longshoremen Casuals ect. The reasoning behind this is that they are union and it would violate union code per-say. For example. If a computer comes into the picture and you have 2500 large shipping containers and you have to organize these and figure out where they go. Everything is done by clerks who don't have modern computers because if they had computers to do the job it would put people out of work.

Computerized Inventory control means using a software program designed to keep track of inventory items (items numbers, descriptions, quantities, cost and selling price) for every item recived and produced and every item sold.

Probably a lap-top, with a decent sized hard-drive (1 Terabyte) or more, and a good processor speed (2GHz) or faster. At least with a laptop, you can take it to different lessons, and take it home with you each day.

First two years: Catch up and do well on the Geoscience Suuport position. Besides, must to improve and understand more American culture working in USA

Two to four years: Be professional and confident Geoscience Support

Four to five years: Would like to improve and involved the Geological position

IP address classes These IP addresses can further be broken down into classes. These classes are A, B, C, D, E and their possible ranges can be seen in Figure below. Class Start address Finish address A 0.0.0.0 126.255.255.255 B 128.0.0.0 191.255.255.255 C 192.0.0.0 223.255.255.255 D 224.0.0.0 239.255.255.255 E 240.0.0.0 255.255.255.255 Figure . IP address Classes If you look at the table you may notice something strange. The range of IP address from Class A to Class B skips the 127.0.0.0-127.255.255.255 range. That is because this range is reserved for the special addresses called Loopback addresses that have already been discussed above. The rest of classes are allocated to companies and organizations based upon the amount of IP addresses that they may need. Listed below are descriptions of the IP classes and the organizations that will typically receive that type of allocation. Default Network: The special network 0.0.0.0 is generally used for routing. Class A: From the table above you see that there are 126 class A networks. These networks consist of 16,777,214 possible IP addresses that can be assigned to devices and computers. This type of allocation is generally given to very large networks such as multi-national companies. Loopback: This is the special 127.0.0.0 network that is reserved as a loopback to your own computer. These addresses are used for testing and debugging of your programs or hardware. Class B: This class consists of 16,384 individual networks, each allocation consisting of 65,534 possible IP addresses. These blocks are generally allocated to Internet Service Providers and large networks, like a college or major hospital. Class C: There is a total of 2,097,152 Class C networks available, with each network consisting of 255 individual IP addresses. This type of class is generally given to small to mid-sized companies. Class D: The IP addresses in this class are reserved for a service called Multicast. Class E: The IP addresses in this class are reserved for experimental use. Broadcast: This is the special network of 255.255.255.255, and is used for broadcasting messages to the entire network that your computer resides on. IP address classes These IP addresses can further be broken down into classes. These classes are A, B, C, D, E and their possible ranges can be seen in Figure below. Class Start address Finish address A 0.0.0.0 126.255.255.255 B 128.0.0.0 191.255.255.255 C 192.0.0.0 223.255.255.255 D 224.0.0.0 239.255.255.255 E 240.0.0.0 255.255.255.255 Figure . IP address Classes If you look at the table you may notice something strange. The range of IP address from Class A to Class B skips the 127.0.0.0-127.255.255.255 range. That is because this range is reserved for the special addresses called Loopback addresses that have already been discussed above. The rest of classes are allocated to companies and organizations based upon the amount of IP addresses that they may need. Listed below are descriptions of the IP classes and the organizations that will typically receive that type of allocation. Default Network: The special network 0.0.0.0 is generally used for routing. Class A: From the table above you see that there are 126 class A networks. These networks consist of 16,777,214 possible IP addresses that can be assigned to devices and computers. This type of allocation is generally given to very large networks such as multi-national companies. Loopback: This is the special 127.0.0.0 network that is reserved as a loopback to your own computer. These addresses are used for testing and debugging of your programs or hardware. Class B: This class consists of 16,384 individual networks, each allocation consisting of 65,534 possible IP addresses. These blocks are generally allocated to Internet Service Providers and large networks, like a college or major hospital. Class C: There is a total of 2,097,152 Class C networks available, with each network consisting of 255 individual IP addresses. This type of class is generally given to small to mid-sized companies. Class D: The IP addresses in this class are reserved for a service called Multicast. Class E: The IP addresses in this class are reserved for experimental use. Broadcast: This is the special network of 255.255.255.255, and is used for broadcasting messages to the entire network that your computer resides on.

Originally, computers were be used to store, calculate, and research data. With the invention of the internet, most computers are used as a bridge for virtual communication, sharing, business, education, media and marketing.

There is no set salary for it because it depends on who you're working for, what area in the country, if you have certification or not. You can start with $23K being new into the field. If you're certified in the field you going for it should be higher but companies are trying to take advantage of who they can when they can for the cheapest amount.

computerized enrollment system tend to replace a what we called "Paper Less" transaction and also it will make any transaction more easier and faster. also it tends to lessen manpower and human efforts in terms of processing any transaction in regards with enrollment transaction.

No, Technology will never be able to replace the role of a teacher whether they are in front of the classroom or in front of a webcam

Computer literacy is vital to success because almost every field depends on some kind of technology. Health care, government, education, science, and the business world all revolve around technology. Technology helps people finish their work in the fastest way possible. There are very few careers left that don't involve some sort of technology, and even those that do often keep records on computers.

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because,

a. if you're doing homework, stuff with your job, etc. i find that after 20-30 minutes, my brain just cant work any more, it doesn't take stuff in. but...

b. sometimes, it can be bad for your brain, to stare at a television or a computer for a long time, as you can get damaged eyesight.

hope that this helped. :)

15 thou

==Depends on the type and experience== Starting salaries are pretty impressive. For the major disciplines, Electrical/Electronic, Mechanical, Chemical, and Computer, entry-level salaries range from the high 40s to the high 50s. Civil engineers command less, for some reason: figure the low 40 to 50 thousand. Experienced engineers, especially design engineers, command twice that, but the big money is earned by those who go into engineering management (or who own their own firms). In my experience (large corporations) the answer as of early 2001 was in the neighborhood of $45,000 for a degreed electrical engineer (BSEE) early in his/her career going up to twice that or a bit more for a senior engineer with some truly remakable accomplishments. These are for engineers working as part of a small group or more likely as the senior person with some leadership responsiblity for a small group (half a dozen people). Engineers are not limited to doing engineering, however. Moving into some form of management (engineering department head, sales manager, plant manager, director, or higher)lead to significantly higher earnings than one can expect when working strictly as an "engineer". Please search the web for a more current answer. Chemical engineers made the most in a recent (2006) article I saw, and software engineers were right there at the top too. • Experienced engineers 2001 Average Salary: • Federal Government ,170 • Search and navigation equipment ,020 • Aircraft and parts ,230 • Guided missiles, space vehicles, and parts ,830 • Average starting salary in 2001: • bachelor's degree candidates in aerospace engineering received starting offers averaging ,918 a year • master's degree candidates were offered ,955 • Ph.D. candidates were offered ,167
Electrical Engineer right out of college (8 years ago) was about $25/hr ($55K/year). EE with 8 years experience about $95K or $40-$50/hr. EE with 16 years experience around $160K. (Houston, TX)
In my experience (large corporations) the answer as of early 2001 was in the neighborhood of $45,000 for a degreed electrical engineer (BSEE) early in his/her career going up to twice that or a bit more for a senior engineer with some truly remakable accomplishments. These are for engineers working as part of a small group or more likely as the senior person with some leadership responsiblity for a small group (half a dozen people). Engineers are not limited to doing engineering, however. Moving into some form of management (engineering department head, sales manager, plant manager, director, or higher)lead to significantly higher earnings than one can expect when working strictly as an "engineer". Please search the web for a more current answer. Chemical engineers made the most in a recent (2006) article I saw, and software engineers were right there at the top too.

the average person can read 244 words a minute.