This document provides an overview of application software and discusses various types of application programs. It begins by defining application software and describing different types of software ownership rights. It then covers the basics of application software, including the differences between installed and web-based software. The document proceeds to discuss specific types of application software like word processing, spreadsheets, databases, and presentation graphics. It provides details on creating and working with documents in each of these software categories.
This chapter discusses different types of application software. It covers word processing programs like Microsoft Word that are used to create documents. It describes spreadsheet programs like Excel that organize data into tables of rows and columns. It explains database programs like Access that store and organize related data. It discusses presentation software like PowerPoint that creates electronic slide shows. It also mentions graphics and multimedia programs used to create and edit images and videos.
This document provides an overview of the key topics covered in Chapter 10, which include:
- Defining web-based multimedia and listing advantages and disadvantages of using it
- Describing common multimedia elements like text, images, animation, audio, and video
- Outlining basic steps for designing a multimedia website, such as determining objectives and intended audience
- Explaining the process of developing a multimedia website, including creating elements, using markup languages, and more
- Discussing the future of web-based multimedia and emerging technologies
This chapter covers:
- What Web-based multimedia is and how it is used today
- The advantages and disadvantages of using multimedia
- A look at basic multimedia elements
- Steps and principles in designing a multimedia site
- How a multimedia Web site is developed and the software used during this process
- A look at the future of Web-based multimedia
The document discusses various types of computer software including application software, system software, and operating systems. It provides examples of popular productivity software, integrated software suites, web browsers, email clients, spreadsheets, and presentation software. It also describes the functions of operating systems such as managing resources, files, tasks, and providing a user interface. Case studies are presented on companies using software for accounting, data sharing, and law enforcement.
This document discusses different types of application software and how they are used. It describes four main categories of application software: business software, graphics and multimedia software, software for home/personal/educational use, and software for communications. Within each category, key software programs are identified and their main functions outlined. The document also discusses different software licensing models, web applications, and learning tools available to help users learn application software.
Application software includes programs for personal productivity, education, communications, business, graphics, and multimedia. It is distributed through various methods like packaged software, web-based software, open source software, and shareware. Popular application software includes word processing, spreadsheet, database, presentation, and personal information manager programs for business, as well as graphics, photo, and multimedia programs. Web-based applications and utility programs are also widely used. Learning aids like online help, web-based help, and web-based training support users of application software.
This document discusses application software and provides an overview of different types. It describes four categories of application software: business software, graphics and multimedia software, software for home/personal/educational use, and communications software. For each category, key features and examples of widely used programs are identified. The document also discusses web applications, learning tools for application software like online help, and how to start and interact with different application software programs.
This document discusses different types of software, including application software and system software. Application software is designed to perform specific tasks for users like word processing, games, or web browsing. System software acts as an interface between hardware and applications, and includes operating systems, drivers, and utilities. The document provides examples of different categories of application and system software and their functions.
This chapter discusses different types of application software. It covers word processing programs like Microsoft Word that are used to create documents. It describes spreadsheet programs like Excel that organize data into tables of rows and columns. It explains database programs like Access that store and organize related data. It discusses presentation software like PowerPoint that creates electronic slide shows. It also mentions graphics and multimedia programs used to create and edit images and videos.
This document provides an overview of the key topics covered in Chapter 10, which include:
- Defining web-based multimedia and listing advantages and disadvantages of using it
- Describing common multimedia elements like text, images, animation, audio, and video
- Outlining basic steps for designing a multimedia website, such as determining objectives and intended audience
- Explaining the process of developing a multimedia website, including creating elements, using markup languages, and more
- Discussing the future of web-based multimedia and emerging technologies
This chapter covers:
- What Web-based multimedia is and how it is used today
- The advantages and disadvantages of using multimedia
- A look at basic multimedia elements
- Steps and principles in designing a multimedia site
- How a multimedia Web site is developed and the software used during this process
- A look at the future of Web-based multimedia
The document discusses various types of computer software including application software, system software, and operating systems. It provides examples of popular productivity software, integrated software suites, web browsers, email clients, spreadsheets, and presentation software. It also describes the functions of operating systems such as managing resources, files, tasks, and providing a user interface. Case studies are presented on companies using software for accounting, data sharing, and law enforcement.
This document discusses different types of application software and how they are used. It describes four main categories of application software: business software, graphics and multimedia software, software for home/personal/educational use, and software for communications. Within each category, key software programs are identified and their main functions outlined. The document also discusses different software licensing models, web applications, and learning tools available to help users learn application software.
Application software includes programs for personal productivity, education, communications, business, graphics, and multimedia. It is distributed through various methods like packaged software, web-based software, open source software, and shareware. Popular application software includes word processing, spreadsheet, database, presentation, and personal information manager programs for business, as well as graphics, photo, and multimedia programs. Web-based applications and utility programs are also widely used. Learning aids like online help, web-based help, and web-based training support users of application software.
This document discusses application software and provides an overview of different types. It describes four categories of application software: business software, graphics and multimedia software, software for home/personal/educational use, and communications software. For each category, key features and examples of widely used programs are identified. The document also discusses web applications, learning tools for application software like online help, and how to start and interact with different application software programs.
This document discusses different types of software, including application software and system software. Application software is designed to perform specific tasks for users like word processing, games, or web browsing. System software acts as an interface between hardware and applications, and includes operating systems, drivers, and utilities. The document provides examples of different categories of application and system software and their functions.
This document provides an overview of application software and discusses several common types, including word processing, spreadsheet, database, and presentation graphics software. It describes key concepts for each type of application software, such as how to create and format documents in word processing and spreadsheet programs, organize data in databases using tables and queries, and design electronic slide shows using presentation graphics software. The document also covers general topics like software ownership rights, installed versus cloud-based software, and common commands found in many application programs.
This chapter discusses different types of application software. It covers word processing programs like Microsoft Word that are used to create documents. It describes spreadsheet programs like Excel that organize data into tables of rows and columns. It explains database programs like Access that store and retrieve related data. It discusses presentation software like PowerPoint that creates electronic slide shows. It also mentions graphics and multimedia programs for working with images and combining different media types.
Objectives
- Describe what application software is, the different types of ownership rights, and the difference between installed and Web-based software.
- Detail some concepts and commands that many software programs have in common.
- Discuss word processing and explain what kinds of documents are created using this type of program.
- Explain the purpose of spreadsheet software and the kinds of documents created using this type of program.
- Identify some of the vocabulary used with database software and discuss the benefits of using this type of program.
- Describe what presentation graphics and electronic slide shows are and when they might be used.
- List some types of graphics and multimedia software consumers frequently use.
- Name other types of application software programs and discuss what functions they perform.
This document provides an overview of computer software topics, including trends in software, major types of application and system software, popular productivity packages, operating systems, programming languages, and other system software. It includes learning objectives, definitions of key terms, descriptions of common software types, and two case studies on business application software selection and the growth of web-based applications.
This chapter covers:
- The most common approaches to program design and development
- The phases of the program development life cycle (PDLC)
- Tools that can be used to design and develop a program
- Good program design techniques and types of program errors
- Common programming languages
This chapter discusses program development and programming languages. It covers the program development life cycle which includes problem analysis, program design, coding, debugging, testing and implementation. It describes different approaches to program design such as procedural, object-oriented and aspect-oriented programming. It also discusses tools that can help facilitate program development like flowcharts, pseudocode and UML diagrams. Finally, it provides an overview of common programming languages like FORTRAN, COBOL, C, C++, Java, Python and Ruby.
This chapter discusses different types of business software including application software and system software. It describes the evolution of programming languages from machine language to today's visual programming languages. It also covers topics like object-oriented programming, compilers, interpreters, and popular applications for productivity, collaboration, and multimedia. Emerging technologies discussed include virtual reality, 3D modeling, and tools that allow real-time group work over the internet.
This document discusses different types of computer software, including system software and application software. System software consists of operating systems and utility programs that control computer operations and interface between hardware, users, and application software. Application software includes productivity programs like word processors and spreadsheets, as well as multimedia, home, and business programs. Productivity software is bundled into integrated packages, suites, and web-based applications for ease of use.
This document provides an overview of computer software trends, types of application and system software, and popular programming languages and tools. It discusses important software categories like operating systems, programming languages, integrated development environments, and web technologies. Case studies are presented on how companies like Microsoft, Amazon, and eBay utilize different types of software.
This document provides an overview of program development and programming languages. It discusses different approaches to program design such as structured programming, object-oriented programming, aspect-oriented programming, and adaptive software development. It also describes the phases of the program development life cycle including problem analysis, program design, coding, debugging and testing. Common programming languages and tools that can facilitate the development process are also covered.
This document provides an overview of program development and programming languages. It discusses different approaches to program design such as structured programming, object-oriented programming, aspect-oriented programming, and adaptive software development. It also describes the phases of the program development life cycle including problem analysis, program design, coding, debugging and testing. Common programming languages and tools that can facilitate the development process are also covered.
This document discusses different types of application software, including business software, graphic and multimedia software, and software for home, personal, and educational use. It provides examples of various application software such as word processing software, spreadsheet software, database software, presentation software, personal information manager software, and accounting software. It also describes different categories of programming languages like procedural languages, object-oriented languages, and other languages.
The document discusses system software, including operating systems and utility programs. It begins by explaining the differences between system software and application software. It then describes the functions of operating systems such as interfacing with users, booting the computer, configuring devices, managing resources and jobs, file management, security, and increasing efficiency through techniques like multitasking. Popular desktop operating systems like Windows, Mac OS, Linux, and mobile operating systems are also outlined. The document concludes by describing the roles of various utility programs that perform tasks like file management, searching, and disk management.
The document discusses system software, including operating systems and utility programs. It describes the functions of operating systems such as interfacing with users, booting computers, managing devices and resources, and providing security. Popular operating systems mentioned include Windows, Mac OS, Linux, Android, and iOS. Utility programs are also discussed, including file management programs, backup and restore utilities, disk management, and search tools.
software system and application softwareCyriac Jose
1. The document discusses software systems and applications, outlining the functions of systems software like operating systems and utility programs, and application software.
2. It describes how operating systems control hardware and interface with application programs, and lists popular operating systems like Windows, Mac OS X, Linux, and enterprise systems.
3. The document outlines different types of application software including proprietary, off-the-shelf, and personal, workgroup, and enterprise applications that support individual, group, and organizational goals.
This document discusses types of computer software, including application and system software. It describes major categories of application software such as productivity suites, web browsers, and personal information managers. It also discusses types of system software like operating systems and programming tools. Popular operating systems mentioned include Windows, Unix, and Linux. The document defines open source software and provides examples like OpenOffice. It describes trends in software delivery such as cloud computing and software as a service.
The document discusses the software engineering process for developing applications. It explains that a design document acts as a blueprint, outlining requirements, diagrams, data structures, and more. The design process involves learning user needs, creating UML diagrams, a data dictionary, and prototypes. An effective team includes roles like project manager, developer, and tester. The goal is to follow a structured process to successfully deliver working software that meets user needs.
This document defines and describes different types of software. It begins by explaining system software, which allows hardware and software interaction and includes operating systems, drivers, firmware and utilities. It also discusses application software for specific tasks, and types like word processors, databases, multimedia, and web browsers. The document concludes by defining proprietary software which is owned, and open source software where the source code is available.
This document discusses different types of software. It defines software and describes application software such as word processing, spreadsheets, databases, and presentations. It also discusses system software including operating systems, utilities, and device drivers. Operating systems coordinate computer resources and provide interfaces between users and hardware. Utilities perform specific management tasks and device drivers allow input/output devices to communicate with the computer system.
This document discusses software engineering and various aspects of software. It defines software engineering as an engineering discipline concerned with all aspects of software production. It describes different types of software applications, including system software, application software, embedded software, and web/mobile applications. It also discusses important software engineering activities like specification, development, validation, and evolution.
The document discusses computer security and privacy. It covers risks from hardware loss, damage, and failure, and ways to safeguard hardware using locks, encryption, tracking software and backups. It also discusses software piracy, digital counterfeiting, and how they can be prevented. The document outlines privacy concerns regarding databases, profiling, spam and surveillance. It provides tips for protecting personal information and ways individuals can protect their privacy when using computers.
This chapter discusses databases and database management systems. It defines what a database is and the key components like tables, records, and fields. It discusses database concepts like data hierarchy, relationships, and data definition. It also covers database classifications, the most common database models including relational and object-oriented, and how relational databases are designed, created, used and maintained. Finally, it discusses how databases are commonly used on the web.
This document provides an overview of application software and discusses several common types, including word processing, spreadsheet, database, and presentation graphics software. It describes key concepts for each type of application software, such as how to create and format documents in word processing and spreadsheet programs, organize data in databases using tables and queries, and design electronic slide shows using presentation graphics software. The document also covers general topics like software ownership rights, installed versus cloud-based software, and common commands found in many application programs.
This chapter discusses different types of application software. It covers word processing programs like Microsoft Word that are used to create documents. It describes spreadsheet programs like Excel that organize data into tables of rows and columns. It explains database programs like Access that store and retrieve related data. It discusses presentation software like PowerPoint that creates electronic slide shows. It also mentions graphics and multimedia programs for working with images and combining different media types.
Objectives
- Describe what application software is, the different types of ownership rights, and the difference between installed and Web-based software.
- Detail some concepts and commands that many software programs have in common.
- Discuss word processing and explain what kinds of documents are created using this type of program.
- Explain the purpose of spreadsheet software and the kinds of documents created using this type of program.
- Identify some of the vocabulary used with database software and discuss the benefits of using this type of program.
- Describe what presentation graphics and electronic slide shows are and when they might be used.
- List some types of graphics and multimedia software consumers frequently use.
- Name other types of application software programs and discuss what functions they perform.
This document provides an overview of computer software topics, including trends in software, major types of application and system software, popular productivity packages, operating systems, programming languages, and other system software. It includes learning objectives, definitions of key terms, descriptions of common software types, and two case studies on business application software selection and the growth of web-based applications.
This chapter covers:
- The most common approaches to program design and development
- The phases of the program development life cycle (PDLC)
- Tools that can be used to design and develop a program
- Good program design techniques and types of program errors
- Common programming languages
This chapter discusses program development and programming languages. It covers the program development life cycle which includes problem analysis, program design, coding, debugging, testing and implementation. It describes different approaches to program design such as procedural, object-oriented and aspect-oriented programming. It also discusses tools that can help facilitate program development like flowcharts, pseudocode and UML diagrams. Finally, it provides an overview of common programming languages like FORTRAN, COBOL, C, C++, Java, Python and Ruby.
This chapter discusses different types of business software including application software and system software. It describes the evolution of programming languages from machine language to today's visual programming languages. It also covers topics like object-oriented programming, compilers, interpreters, and popular applications for productivity, collaboration, and multimedia. Emerging technologies discussed include virtual reality, 3D modeling, and tools that allow real-time group work over the internet.
This document discusses different types of computer software, including system software and application software. System software consists of operating systems and utility programs that control computer operations and interface between hardware, users, and application software. Application software includes productivity programs like word processors and spreadsheets, as well as multimedia, home, and business programs. Productivity software is bundled into integrated packages, suites, and web-based applications for ease of use.
This document provides an overview of computer software trends, types of application and system software, and popular programming languages and tools. It discusses important software categories like operating systems, programming languages, integrated development environments, and web technologies. Case studies are presented on how companies like Microsoft, Amazon, and eBay utilize different types of software.
This document provides an overview of program development and programming languages. It discusses different approaches to program design such as structured programming, object-oriented programming, aspect-oriented programming, and adaptive software development. It also describes the phases of the program development life cycle including problem analysis, program design, coding, debugging and testing. Common programming languages and tools that can facilitate the development process are also covered.
This document provides an overview of program development and programming languages. It discusses different approaches to program design such as structured programming, object-oriented programming, aspect-oriented programming, and adaptive software development. It also describes the phases of the program development life cycle including problem analysis, program design, coding, debugging and testing. Common programming languages and tools that can facilitate the development process are also covered.
This document discusses different types of application software, including business software, graphic and multimedia software, and software for home, personal, and educational use. It provides examples of various application software such as word processing software, spreadsheet software, database software, presentation software, personal information manager software, and accounting software. It also describes different categories of programming languages like procedural languages, object-oriented languages, and other languages.
The document discusses system software, including operating systems and utility programs. It begins by explaining the differences between system software and application software. It then describes the functions of operating systems such as interfacing with users, booting the computer, configuring devices, managing resources and jobs, file management, security, and increasing efficiency through techniques like multitasking. Popular desktop operating systems like Windows, Mac OS, Linux, and mobile operating systems are also outlined. The document concludes by describing the roles of various utility programs that perform tasks like file management, searching, and disk management.
The document discusses system software, including operating systems and utility programs. It describes the functions of operating systems such as interfacing with users, booting computers, managing devices and resources, and providing security. Popular operating systems mentioned include Windows, Mac OS, Linux, Android, and iOS. Utility programs are also discussed, including file management programs, backup and restore utilities, disk management, and search tools.
software system and application softwareCyriac Jose
1. The document discusses software systems and applications, outlining the functions of systems software like operating systems and utility programs, and application software.
2. It describes how operating systems control hardware and interface with application programs, and lists popular operating systems like Windows, Mac OS X, Linux, and enterprise systems.
3. The document outlines different types of application software including proprietary, off-the-shelf, and personal, workgroup, and enterprise applications that support individual, group, and organizational goals.
This document discusses types of computer software, including application and system software. It describes major categories of application software such as productivity suites, web browsers, and personal information managers. It also discusses types of system software like operating systems and programming tools. Popular operating systems mentioned include Windows, Unix, and Linux. The document defines open source software and provides examples like OpenOffice. It describes trends in software delivery such as cloud computing and software as a service.
The document discusses the software engineering process for developing applications. It explains that a design document acts as a blueprint, outlining requirements, diagrams, data structures, and more. The design process involves learning user needs, creating UML diagrams, a data dictionary, and prototypes. An effective team includes roles like project manager, developer, and tester. The goal is to follow a structured process to successfully deliver working software that meets user needs.
This document defines and describes different types of software. It begins by explaining system software, which allows hardware and software interaction and includes operating systems, drivers, firmware and utilities. It also discusses application software for specific tasks, and types like word processors, databases, multimedia, and web browsers. The document concludes by defining proprietary software which is owned, and open source software where the source code is available.
This document discusses different types of software. It defines software and describes application software such as word processing, spreadsheets, databases, and presentations. It also discusses system software including operating systems, utilities, and device drivers. Operating systems coordinate computer resources and provide interfaces between users and hardware. Utilities perform specific management tasks and device drivers allow input/output devices to communicate with the computer system.
This document discusses software engineering and various aspects of software. It defines software engineering as an engineering discipline concerned with all aspects of software production. It describes different types of software applications, including system software, application software, embedded software, and web/mobile applications. It also discusses important software engineering activities like specification, development, validation, and evolution.
The document discusses computer security and privacy. It covers risks from hardware loss, damage, and failure, and ways to safeguard hardware using locks, encryption, tracking software and backups. It also discusses software piracy, digital counterfeiting, and how they can be prevented. The document outlines privacy concerns regarding databases, profiling, spam and surveillance. It provides tips for protecting personal information and ways individuals can protect their privacy when using computers.
This chapter discusses databases and database management systems. It defines what a database is and the key components like tables, records, and fields. It discusses database concepts like data hierarchy, relationships, and data definition. It also covers database classifications, the most common database models including relational and object-oriented, and how relational databases are designed, created, used and maintained. Finally, it discusses how databases are commonly used on the web.
This chapter discusses information systems and the system development life cycle. It defines an information system as a system used to generate information to support organizational users. It describes common types of information systems such as transaction processing systems, decision support systems, and integrated enterprise systems. It also outlines the roles and responsibilities of information technology professionals involved in system development, including systems analysts. Finally, it details the key steps of the system development life cycle, from preliminary investigation and system analysis to system implementation and maintenance.
This chapter discusses e-commerce and how businesses can implement online sales. It covers the advantages and disadvantages of e-commerce for businesses and consumers. Various e-commerce business models are identified, including business-to-consumer, business-to-business, and consumer-to-consumer. Different types of e-commerce websites like manufacturer sites, brokerage sites, and subscription sites are also described. The chapter outlines the steps to implement an e-commerce website including selecting a business model, payment options, website design, sales and marketing strategies, and addressing security issues.
This chapter discusses multimedia and the web. It begins by defining web-based multimedia as the integration of various media types like text, images, video, and sound on web pages. It then discusses the basic multimedia elements of text, images, animation, audio, and video. The chapter also covers designing multimedia web sites, including determining objectives and audience, using flowcharts and layouts, and accessibility considerations. It concludes by outlining the process of developing a multimedia web site, which involves creating multimedia elements, using markup languages like HTML and XML to code pages, and testing and publishing the site.
This document discusses network and internet security. It covers 10 learning objectives on topics like unauthorized access, computer sabotage, identity theft, and protecting personal safety online. Some key points made include that security concerns are prevalent with computer networks and the internet. Examples are given of unauthorized access like hacking, war driving, and packet sniffing. The document also details ways to protect against unauthorized access, such as using access control systems, firewalls, encryption, and virtual private networks.
This document discusses the evolution of the Internet from its origins as ARPANET in 1969 to today's World Wide Web. It describes the various entities that make up the Internet community including users, internet service providers, content providers, infrastructure companies, and government organizations. It also outlines options for connecting to the Internet, such as dial-up, broadband, wireless and mobile connections. Key considerations for selecting a device, connection type, and internet service provider are reviewed.
This document provides an overview of key topics related to computer networks that will be covered in Chapter 7, including defining what a computer network is, common networking applications such as the internet and cellular networks, characteristics of networks such as wired vs wireless and different topologies, how data is transmitted over networks, examples of networking media like twisted pair cable and wireless frequencies, common communication protocols and standards, and networking hardware devices. The chapter will cover networking concepts, technical issues, protocols, and hardware in detail.
This chapter discusses various input and output devices used with computers. It describes keyboards, pointing devices like mice and touchscreens, as well as scanners, readers and digital cameras that are used to input images, text and other data into computers. Output devices covered include display screens, printers and audio output systems. The chapter provides details on the types, functions and uses of different input/output hardware.
The document summarizes various types of storage systems used with personal computers. It describes the characteristics of hard drives and discusses magnetic hard drives and solid state drives. It covers optical discs like CDs, DVDs, and Blu-ray discs as well as their read-only, recordable, and rewritable varieties. Flash memory storage devices such as USB flash drives and memory cards are also outlined. The document briefly mentions other storage systems including network storage, smart cards, holographic storage, and large computer storage systems.
The document discusses the components inside a computer system unit. It describes how data and programs are represented digitally and in binary. The central processing unit (CPU) and memory are located on the motherboard along with buses that connect components. The CPU contains arithmetic, logic, and control units and processes instructions in memory. Expansion slots add functionality. Strategies like multi-core CPUs and faster buses improve performance.
This chapter introduces computers and their role in modern society. It discusses how computers have become integrated into business and personal lives. The chapter defines what a computer is and its basic operations of input, processing, output, storage, and communication. It provides an overview of the history of computers and important milestones. It also defines software and describes the major types of computers including personal computers, servers, mainframes, and supercomputers. Finally, it introduces computer networks and the internet.
This chapter discusses intellectual property rights, ethics, health issues related to computer use, access to technology, and environmental impacts. It covers various types of intellectual property including copyrights, trademarks, patents, and digital rights management. Ethics topics include proper use of copyrighted material, information resources, and addressing issues like digital manipulation. Health sections explore physical risks from improper ergonomics as well as emotional stressors. Access barriers like the digital divide within and between countries are also examined.
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
This presentation was provided by Steph Pollock of The American Psychological Association’s Journals Program, and Damita Snow, of The American Society of Civil Engineers (ASCE), for the initial session of NISO's 2024 Training Series "DEIA in the Scholarly Landscape." Session One: 'Setting Expectations: a DEIA Primer,' was held June 6, 2024.
How to Manage Your Lost Opportunities in Odoo 17 CRMCeline George
Odoo 17 CRM allows us to track why we lose sales opportunities with "Lost Reasons." This helps analyze our sales process and identify areas for improvement. Here's how to configure lost reasons in Odoo 17 CRM
This slide is special for master students (MIBS & MIFB) in UUM. Also useful for readers who are interested in the topic of contemporary Islamic banking.
Main Java[All of the Base Concepts}.docxadhitya5119
This is part 1 of my Java Learning Journey. This Contains Custom methods, classes, constructors, packages, multithreading , try- catch block, finally block and more.
A review of the growth of the Israel Genealogy Research Association Database Collection for the last 12 months. Our collection is now passed the 3 million mark and still growing. See which archives have contributed the most. See the different types of records we have, and which years have had records added. You can also see what we have for the future.
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it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Walmart Business+ and Spark Good for Nonprofits.pdfTechSoup
"Learn about all the ways Walmart supports nonprofit organizations.
You will hear from Liz Willett, the Head of Nonprofits, and hear about what Walmart is doing to help nonprofits, including Walmart Business and Spark Good. Walmart Business+ is a new offer for nonprofits that offers discounts and also streamlines nonprofits order and expense tracking, saving time and money.
The webinar may also give some examples on how nonprofits can best leverage Walmart Business+.
The event will cover the following::
Walmart Business + (https://business.walmart.com/plus) is a new shopping experience for nonprofits, schools, and local business customers that connects an exclusive online shopping experience to stores. Benefits include free delivery and shipping, a 'Spend Analytics” feature, special discounts, deals and tax-exempt shopping.
Special TechSoup offer for a free 180 days membership, and up to $150 in discounts on eligible orders.
Spark Good (walmart.com/sparkgood) is a charitable platform that enables nonprofits to receive donations directly from customers and associates.
Answers about how you can do more with Walmart!"
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
2. Learning Objectives
1. Describe what application software is, the different types of
ownership rights, and the difference between installed and
Web-based software.
2. Detail some concepts and commands that many software
programs have in common.
3. Discuss word processing and explain what kinds of
documents are created using this type of program.
4. Explain the purpose of spreadsheet software and the kinds of
documents created using this type of program.
Understanding Computers: Today and Tomorrow, 14th Edition
2
2
3. Learning Objectives
5. Identify some of the vocabulary used with database software
and discuss the benefits of using this type of program.
6. Describe what presentation graphics and electronic slide
shows are and when they might be used.
7. List some types of graphics and multimedia software that
consumers use frequently.
8. Name other types of application software programs and
discuss what functions they perform.
Understanding Computers: Today and Tomorrow, 14th Edition
3
4. Overview
• This chapter covers:
– Characteristics of application software in general
– A look at the most widely used types of application
software, including:
• Word processing
• Spreadsheet
• Database
• Presentation graphics
• Graphics and multimedia software
• Other types of application software
Understanding Computers: Today and Tomorrow, 14th Edition
4
4
5. The Basics of Application
Software
• Software Ownership Rights
– Specify the allowable use of the program
– Software license
• Specifies the conditions under which a buyer of the
software can use it
– Commercial Software
• Copyrighted software that is developed and sold for
profit
• Typically comes with a single-user license
Understanding Computers: Today and Tomorrow, 14th Edition
5
6. The Basics of Application
Software
– Shareware
• Copyrighted software distributed on the honor system
• Consumers should either pay for it or uninstall it after
the trial period
– Freeware
• Copyrighted software programs that are given away by
the author for others to use free of charge
– Public Domain Software
• Software that is not copyrighted and ownership rights
have been donated to the public domain
– Open Source Software
• Programs with source code made available to the
general public
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7. The Basics of Application
Software
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8. The Basics of Application
Software
• Desktop vs. Mobile Software
– Mobile phones and
mobile devices typically
require mobile software
called apps
• Specifically designed
for a specific type of
device
• Wide range of
software available
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9. The Basics of Application Software
• Installed vs. Web-Based
Software
– Installed Software
• Must be installed on
the computer before
it can be run
• Can be purchased in
physical form
• Can be downloaded
from the Internet
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10. The Basics of Application
Software
– Web-based Software
• Is delivered on-demand via the Web
• Also called Software as a Service (SaaS) and
cloudware
• Includes free software and fee-based software
• Advantages
– Files can be accessed from any computer with
an Internet connection
– Ease of implementation
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11. The Basics of Application
Software
– Improved collaboration capabilities
– Always working with the most current version of
software
• Potential Disadvantages
– Online applications tend to run more slowly
– Have file size limits
– Cost may eventually exceed the cost of purchasing a
similar installed version of the software
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12. The Basics of Application
Software
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13. The Basics of Application
Software
– Software Suites
• Collection of software programs bundled together and sold
as a single software package
• Office suites are used by most businesses/individuals to
produce documents and typically include:
– Word processing software
– Spreadsheet software
– Database software
– Presentation graphics software
– Additional productivity tools like calendars, messaging
programs, or collaboration tools
• Provide a common interface among programs in the suite
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14. The Basics of Application
Software
• Office suites include
– Microsoft Office (most widely used)
– WordPerfect Office (Corel)
– iWork (Apple)
• Most suites available in variety of versions
• Not all suites available for all operating systems
• Cost is lower than buying each program separately
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15. The Basics of Application
Software
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16. The Basics of Application Software
• Common Software Commands
– Toolbars, Menus, Keyboard
Shortcuts, and the Ribbon
• Provide access to most
commands in application
programs
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17. The Basics of Application
Software
• Ribbon used in Microsoft Office 2007 and later
– Commands are organized into groups located
on tabs
– Contextual tabs appear on the Ribbon as
needed and contain special commands
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18. The Basics of Application
Software
– Editing a Document
• Changing the content of the document, such as
inserting or deleting words
• Insertion point
– Indicates the current location in a document, which
is where the changes will be made
• Typing text inserts the text at the insertion point
location
• Delete and Backspace keys delete text
• Text and objects can typically be selected and moved,
copied, deleted, or formatted
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19. The Basics of Application
Software
– Formatting a Document
• Changes the appearance of the document
– Changes font face, font size, and/or font color
– Changes line spacing or margins
– Adds page numbers and/or borders
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20. The Basics of Application
Software
– Getting Help
• Often built into the program and typically contains:
– Table of Contents
– Browsing
– Search
• Online help (via manufacturer’s Web site and
independent sites)
• Offline help (periodicals, books, tutorial videos, classes)
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21. The Basics of Application
Software
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22. Quick Quiz
1. Software programs that are distributed on the honor system and can
be legally and ethically shared with others to try out the software
are referred to as ______________________.
a. shareware programs
b. commercial software
c. public domain software
2. True or False: Software purchased via the Internet is always in
downloaded, not packaged, form.
3. A group of related software programs sold together as one unit is
called a(n) ______________________.
Answers:
1) a; 2) False; 3) software suite
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23. Word Processing Concepts
• What Is Word Processing?
– Using a computer and word processing software to
create, edit, save, and print written documents such as
letters, contracts, and manuscripts
– Common Word Processing Software Programs
• Microsoft Word
• Corel WordPerfect
• Apple Pages
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24. Word Processing Concepts
• Creating a Word Processing Document
– Word wrap
• Automatically returns the insertion point to the next
line when the end of the screen line is reached
– Character formatting (font face, size, style, or color)
– Paragraph formatting (line
spacing, indentation, tabs, alignment, and styles)
– Page formatting (margins, paper
size, orientation, headers, footers, etc.)
– Document formatting (headers, footers, footnotes, end
notes, table of contents, index, background, theme)
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26. Word Processing Concepts
• Tables, Graphics, and Templates
– Tables
• Allow content to be organized in a table consisting of
rows and columns
– Graphics or Drawing Features
• Allow images to be inserted into a document (clip art,
photographs, drawn images, etc.) and then modified
– Templates
• Help users create new documents quickly
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28. Word Processing Concepts
• Word Processing and the Web
– Most word processing programs today include Webrelated features allowing you to:
• Send a document as an e-mail message
• Include Web page hyperlinks in documents
• Create or modify Web pages
• Create and publish blogs
• Collaborate with others online
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29. Spreadsheet Concepts
• What is a Spreadsheet?
– Documents containing a group of numbers and other data
organized into rows and columns
– Spreadsheet software is used to create electronic spreadsheets
• Formulas
• Data analysis tools
• Charts and graphs
– Most widely used spreadsheet programs:
• Microsoft Excel
• Corel Quattro Pro
• Apple Numbers
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30. Spreadsheet Concepts
• Creating a Spreadsheet
– Worksheet
• A single spreadsheet
– Workbook
• A collection of worksheets saved in a single file
– Worksheets are divided into rows and columns
– Cell
• The intersection of a row and a column
• Each cell is identified by a cell address – A1
• Cell pointer marks current cell
– Groups of cells are called ranges or blocks and can be
selected with mouse or keyboard
– Data is entered into current cell
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31. Spreadsheet Concepts
– Entering Data into a Spreadsheet Cell
• Labels
– Text-based entry in a worksheet cell that identifies
data on the worksheet
• Constant Values
– Numerical entry in a worksheet cell
• Formulas
– Perform mathematical operations on the content of
other cells
– Usually reference the cell address,
not the current data in a cell
– Use mathematical operators
– Begin with an = sign
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33. Spreadsheet Concepts
– Functions
• Named, pre-programmed formulas
• In formulas and functions, use cell addresses of the
numbers to be included in the calculations
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34. Spreadsheet Concepts
– Absolute vs. Relative Cell Referencing
• Relative cell references
– Cell addresses are adjusted as the formula is copied
• Absolute Cell References
– Cell addresses are not adjusted as the formula is
copied
– Necessary when the formulas should always use the
value in a particular cell, regardless of the cell in
which the formula is placed
– Use $ to make cell references absolute: $B$6
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36. Spreadsheet Concepts
– Charts and What-If Analysis
• Most spreadsheet programs include some type of
charting or graphing capability
• Can create charts from the data in the spreadsheet
(don’t have to reenter it)
• Charts change accordingly if the data in the
spreadsheet changes
• When cell contents are changed, formulas are
automatically recalculated
• Tools frequently used to help make business decisions
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37. Spreadsheet Concepts
• Spreadsheets and the Web
– Most spreadsheet programs have built-in Web capabilities
enabling the user to:
• Save the current worksheet as a Web page
• Insert hyperlinks inserted into worksheet cells
• Select and copy ranges of cells to a Web publishing or
word processing program to insert spreadsheet data
into a Web page as a table
• Send document as an e-mail message collaborate
online
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38. Quick Quiz
1. Changing the line spacing of a document is an example of
which word processing feature?
a. word wrap
b. editing
c. formatting
2. True or False: A label is a special type of named formula, such
as SUM to add up a group of cell values.
3. A spreadsheet document created in a spreadsheet program is
often called a(n) ______________________.
Answers:
1) c; 2) False; 3) worksheet
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39. Database Concepts
• What Is a Database?
– A collection of related data that is stored in a manner
enabling information to be retrieved as needed
– Database Management System (DBMS)
• Software that allows the creation and manipulation of
an electronic database
– Most widely used relational database programs
• Microsoft Access
• Oracle Database
• IBM DB2
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40. Database Concepts
― Most PC-based databases are relational databases and
organized into fields (columns), records (rows), and tables
• Field (column)
― A single type of data to be stored in a database
• Record (row)
― A collection of related fields
• Table
― A collection of related records
• Database file
― Collection of related tables
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42. Database Concepts
– Databases contain a variety of objects (such as
tables, queries, forms, reports)
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43. Database Concepts
• Creating a Database
– Database file is created first
– Tables can then be created
– Typically, the table structure is specified first
– Includes a list of fields and their properties, including:
• Field name (unique identifying name)
• Data type (text, number, date, object)
• Field size (maximum number of characters)
• Default value (initial content of the field)
– The table is named and saved
– Tables can be created in either Datasheet or Design view
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45. Database Concepts
– After the table structure has been created, data is entered
into the table
– Data can be entered in two ways:
• Using Datasheet View
– Lists all data and looks similar to a spreadsheet
• Using a Form
– Created by the user and typically displays just one
record at a time
– Either Datasheet view or a form can be used to
view, modify, or delete data
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47. Database Concepts
• Queries and Reports
– Query
• A question; a request for specific information from the
database
• Contains criteria to specify the records and fields to be
included in the query results
• Is named and saved so it can be run again at a later
time
• Results always include the current database data
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49. Database Concepts
– Reports
• Created when a more formal output is desired
• Associated with either a table or a query
• Data is displayed in the specified format
• Databases and the Web
– Many Web sites use one or more databases to:
• Keep track of inventory
• Allow searching for people, documents, products, or
other information
• Place real-time orders
– Anytime you type keywords in a search site or hunt for a
product on a retail store’s Web site using its search
feature, you are using a Web database
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50. Presentation Graphics Concepts
• What Is a Presentation Graphic?
– An image designed to visually enhance a presentation
– Can be used in electronic slide shows, as well as in printed
reports
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51. Presentation Graphics Concepts
– Slide
• A one-page presentation graphic that can be displayed
in a group with others to form an electronic slide show
– Electronic Slide Show
• A group of electronic slides that are displayed one after
the other on a computer monitor or other display
device
– Presentation Graphics Software
• Used to create presentation graphics
– Most common presentation graphics programs are
• Microsoft PowerPoint
• Corel Presentations
• Apple Keynote
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52. Presentation Graphics Concepts
• Creating a Presentation
– Templates and preformatted slide layouts can often be
used
– New slides can be added to a new or existing presentation
as needed
– Slides can contain a variety of elements
• Text
• Images
• Charts
• Audio clips
• Video clips
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54. Presentation Graphics Concepts
– Slides can be formatted as needed
– Multimedia and animation can be added to slides
• Animation
• Transitions
– Overall appearance of the slide show can be changed by
applying a theme
• A combination of colors, fonts, and effects
• Can be applied to entire presentation or individual
slides
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55. Presentation Graphics Concepts
• Finishing a Presentation
– Slide Sorter View
• Shows thumbnails of all slides in presentation
• Used to rearrange the slide order
– Show can be set up to run automatically or manually
– Speaker Tools
• Speaker notes and pens
• Presenter view
• Recorded narration
• Can print the slides to create overhead transparencies
or an audience handout
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57. Presentation Graphics Concepts
• Presentation Graphics and the Web
– Presentation graphics programs can be used to generate
Web pages or Web page content
– Slides can include hyperlinks
– Users can usually control Web-based presentations
accessed via a Web browser
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58. Graphics and Multimedia Concepts
• Graphics
– Graphical images, such as digital photographs, clip
art, scanned drawings, and original images created using a
software program
• Multimedia
– Technically refers to any application that contains more
than one type of media
– Often used to refer to audio or video content
• Large variety of graphics and multimedia software used to:
– Create or modify graphics
– Edit digital audio or video
– Play multimedia files
– Burn CDs and DVDs
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59. Graphics and Multimedia
Concepts
• Graphics Software (Digital Imaging Software)
– Used to create or modify images
– Painting Programs
• Typically used to create bitmap images (Microsoft
Paint)
– Drawing Programs (Illustration programs)
• Typically create images using mathematical formulas—
vector graphics (Adobe Illustrator, CorelDRAW )
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60. Graphics and Multimedia Concepts
– Image Editing or Photo Editing Programs
• Designed for touching up or modifying images
– Correcting brightness/contrast
– Cropping/eliminating red eye
– Optimize file size for the Web
– Adobe Photoshop, Apple iPhoto, etc.
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61. Graphics and Multimedia Concepts
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62. Graphics and Multimedia Concepts
• Audio Capture and Editing Software
– Used to create and edit audio files
(narrations, podcasts, etc.)
• Sound recorder software captures sound from a
microphone
• Ripping software captures sound from a CD
– Edits and applies special effects
– Common consumer products
• Windows Sound
Recorder, Apple
GarageBand, Audacity
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63. Graphics and Multimedia Concepts
• Video Editing and DVD Authoring Software
– Video Editing Software
• Modifies existing videos
• Prepares video clips for presentations or Web sites
– DVD Authoring Software
• Organizes content to be transferred to DVD
– Importing videos, creating menus, burning onto a
DVD
– DVD Burning Software
• Records data on recordable or rewritable DVDs
– Common consumer video editing programs include Roxio
Creator, Apple iMovie/iDVD, etc.
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64. Graphics and Multimedia Concepts
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65. Graphics and Multimedia Concepts
• Media Players
– Programs designed to play audio and video files
• Music CDs, downloaded music, online audio
• Downloaded
and online video
• Important to adhere
to copyright laws
• RealPlayer, Apple
QuickTime,
Windows Media
Player, etc.
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66. Graphics and Multimedia Concepts
• Graphics, Multimedia, and the Web
– Often used by individuals and businesses to create Web
sites or content to be shared via the Web
• Company logos
• Web site banners
• Games
• Tutorials
• Videos
• Demonstrations
• Other multimedia content
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67. Other Types of Application
Software
• Desktop and Personal Publishing
Software
• Educational, Entertainment, and
Reference Software
• Note Taking Software and Web
Netbooks
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68. Other Types of Application
Software
• CAD and Other Types of Design Software
• Accounting and Personal Finance Software
• Project Management, Collaboration, and Remote Access
Software
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69. Quick Quiz
1. A single type of data to be included in a database (viewed as a
column in a table) is called a ______________________.
a. record
b. field
c. table
2. True or False: Each slide in a slide presentation can contain only one
type of element, such as text, an image, or a video clip.
3. Recording content on a CD or DVD disc is referred to as
______________________ the disc.
Answers:
1) b; 2) False; 3) burning
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70. Summary
•
•
•
•
•
•
•
The Basics of Application Software
Word Processing Concepts
Spreadsheet Concepts
Database Concepts
Presentation Graphics Content
Graphics and Multimedia Concepts
Other Types of Application Software
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