Microsoft Office and Beyond: Computer Concepts and Applications with DVD

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Essentials of Testing and Assessment Edward Neukrug. Java Programming Joyce Farrell. Terrorism and Homeland Security Jonathan R. Table of contents Module 1: Impact of Technology. Module 2: The Web. Module 3: Computer Hardware. Module 4: Operating Systems and File Management.

Module 5: Software and Apps. Module 6: Security and Safety. Module 2: Editing and Formatting Documents. Module 3: Formatting Text and Graphics.


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Module 2: Formatting a Worksheet. Module 3: Analyzing Data Using Formulas. Module 4: Working with Charts. Module 2: Building Tables and Relationships. Module 3: Creating Queries. Module 4: Working with Forms and Reports. Module 2: Modifying a Presentation. Module 3: Inserting Objects into a Presentation. As an author, she has written several prominent Access, Office and Web-related textbooks.

Friedrichsen combines her ability to teach with extensive industry experience to create clear, practical presentations. Friedrichsen's undergraduate degree is in engineering from Iowa State University and she holds an M. She worked for a decade at IBM Corporation before becoming a consultant, author and college professor. Ciampa has worked in the IT industry as a computer consultant for businesses, government agencies and educational institutions.

Ciampa holds a Ph. Carol M. Cram is the author of more than 35 textbooks on computer applications, business communications and Internet-related subjects. Cram was also a long-time faculty member at Capilano College in North Vancouver, where she served as the Convenor of the Executive Support Program and the Program Consultant for Business and Computers in Continuing Education as well as instructor of business and computer-related courses.

She also teaches part-time in the math department for the College of Professional Studies at Northeastern University. Wermers has authored numerous leading books that focus on Excel for Cengage Learning. Steven M. Freund attended the University of Central Florida and serves as a leader instructor of various Microsoft R Office, computer concepts, programming, and Internet technology courses throughout Central Florida. Data isn't confined to words and numbers.

Data also includes images, audio and video. The challenge for the future is how to extract information from these richer forms of media. Inside a computer you will find software and hardware working together to transform data into information. Hardware is any part of the computer you can physically touch. Software or computer programs are the electronic instructions that tell the hardware how to perform a task. Or, if you prefer, a more flippant definition is: hardware is anything you can drop on your toe and software is anything you can be sued for copying.

What are the different types of computers? There are several different categories of computers.

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Characteristics used to classify a computer into one of the following categories include: size, speed, reliability, and expected use. Note, the boundaries between the classifications aren't precise. For example, a high-end laptop might be considered a low-end ultrabook.

Microsoft Office and Beyond: Computer Concepts and Applications [With DVD]

Also, technology advances so rapidly that speed and capacity are not stable characteristics for classifying a computer. Going strictly by speed, right now you are likely reading from a personal computer with as much power as a 's super computer. Personal Computer PC - A personal computer PC is a computer designed to be used by one person at a time as a tool for enhancing productivity, creativity or communication.

Desktop - A desktop computer is intended for use at a single location, so it is stationary. Most desktop computers consist of a separate case or tower that houses the main components of the computer plus peripheral devices. An all-in-one desktop computer eliminates the tower by hiding all of its components inside the monitor casing.

Workstation - A workstation is simply a desktop computer that has a more powerful processor, additional memory and enhanced capabilities for performing special tasks, such as 3D Graphics or game development. Laptop -- A laptop or notebook computer is a portable computer that has a keyboard, monitor, and other devices integrated into a single compact case. Ultrabook - An ultrabook is a full-featured but very lightweight laptop computer. The MacBook Air is a good example of an ultrabook. Mainframe - A mainframe is a large, expensive computer that supports many users simultaneously.

This class of computer represents a shrinking market because smaller computers which are less expensive are getting faster and more reliable. It will be a long time before they become extinct though because there are a lot of mainframe computers installed and it's not easy for the companies that own them to switch their software to a new brand or type of computer. Supercomputer - A supercomputer is a specially designed computer that can perform complex calculations extremely rapidly.

Supercomputers are used when complex models requiring intensive mathematical calculations are needed such as weather forecasting or atomic energy research. Although some supercomputers are single computer systems, most are composed of multiple high performance computers working in parallel as a single system. The best known supercomputers are built by IBM and Cray. Server - A server is a computer that provides other computers connected to the network with access to data, programs, or other resources. For example, Web servers respond to requests for Web pages, database servers handle database queries, and print servers provide other computers access to a printer.

Just like a laptop computer, a smart phone has a CPU, memory and storage.

Tablet - A tablet computer bridges the shrinking gap between the smart phone and the laptop PC. A tablet computer is a portable computer with a flat touch screen. Input is via multi-touch gestures. Multi-touch sensing enables the device to accept input from two or more points of contact. For example, a two finger pinch to resize an image is a multi-touch gesture.

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Most tablets have flash memory and solid-state storage drives which allows them to be switched on in an instance. Cray Super Computer. Moore's law, loosely stated, is: the number of transistors that can be put on a integrated circuit per unit cost doubles every months. Gordon Moore, a co-founder of Intel, made this observation in and actual progress in semiconductor advances has tracked remarkably close to his prediction.

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The following figure shows the growth in the number of transistors on successive microprocessor families from to the The scale on the right is algorithmic so the growth rate is exponential. Moore's law is a rule of thumb that applies to any device that depends heavily on integrated circuits cell phones, portable music players, game consoles, etc.

The main practical consequence of Moore's law is the capacity and performance of electronic devices tends to double every two years or so. You have probably experienced this yourself when buying a PC, tablet or smart phone. What are the prospects for Moore's Law remaining applicable on into the future? Since the late 60's, performance gains have come from increasing the density i. There are fundamental physical limits on how long performance gains can continue to come from miniaturization.

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In the most advanced processors, the width of a transistor gate is already around 3 atoms. The indivisibility of atoms at least without a big boom places physical limits on future performance gains that can be expected from the technology CMOS that has been powering Moore's law for the last years. Look for multi-core CPU's and other technologies to take up the mantel and keep Moore's Law applicable on into the future. There is every indication that Moore's Law will continue to be valid on into the future, just not powered by the same technological advances that sustained it for the last years.

The most common types are: MacMacintosh, and Windows Macintosh is a line of personal computers manufactured by the Apple company. The formal name of Apple use to be Apple Computer, but they dropped the world "Computer" in Personal computers running some version of Microsoft Windows is the dominant computer in the market today.

Some say it is so popular because it is so popular. Case in point: many people buy a Windows PC for home use because that's what they use at work or school and they want to remain compatible. Companies keep buying PC's because everyone has them at home. With the ability to run Windows programs and great industrial design, the Apple Macintosh is gaining market share. Also, some people just prefer the Mac. This is more of a statement than a question. First, learning how to use a certain type of computer or application takes a lot of effort.

There will be struggles and there will be victories. Sound familiar? Anyone that puts that much effort into something is bound to feel some attachment. Second, companies have personalities. To some extent the personality of a company is reflected in its products. Some people may choose a product or not choose a product because of its perceived "personality.