both
Open source software is usually public, collaborative computer software that is licensed for the holder of the copyright to modify, study or distribute it to others no matter the purpose. Open source hardware has and does everything that opens source software does (it even has the software itself), but also includes the physical components and designs like schematics, source codes, layout data, etc.
A Java program should run on any platform (hardware + operating system) for which a JVM (Java Virtual Machine) is installed. Unlike the "C" language, the size of data items in Java does not depend on the platform; for example, an int will always have a size of 32 bits, no matter how the underlying computer hardware is organized.A Java program should run on any platform (hardware + operating system) for which a JVM (Java Virtual Machine) is installed. Unlike the "C" language, the size of data items in Java does not depend on the platform; for example, an int will always have a size of 32 bits, no matter how the underlying computer hardware is organized.A Java program should run on any platform (hardware + operating system) for which a JVM (Java Virtual Machine) is installed. Unlike the "C" language, the size of data items in Java does not depend on the platform; for example, an int will always have a size of 32 bits, no matter how the underlying computer hardware is organized.A Java program should run on any platform (hardware + operating system) for which a JVM (Java Virtual Machine) is installed. Unlike the "C" language, the size of data items in Java does not depend on the platform; for example, an int will always have a size of 32 bits, no matter how the underlying computer hardware is organized.
0. A light bulb no matter what kind is a hardware problem.
A virtual terminal is a software solution for accepting credit card payments using your computer. You need to be online, as it is a front-end connection to a payment gateway, which processes the payment. Think of it as the virtual equivalent of a point-of-sale terminal, where you swipe your credit card. As a matter of fact, you can use an optional card reader that plugs directly into your computer to swipe and store credit card information. Typically, small business owners or travelling sales use a virtual terminal, since it is a portable payment solution without the cost of physical hardware.
This is a good example of how NOT to resolve a computer software-related problem - using the media to tranish the image of IBM or any vendor for that matter.
In the most simplistic terms, hardware is tangible, software is not. Things like monitors, keyboards, mice, printers, hard drives, etc. are all examples of hardware. They are actual physical devices that you can see and touch. Things like Microsoft Windows, Microsoft Office, Internet Explorer, Mozilla Firefox, etc. are all examples of software. They are not physical in any way - they only exist logically, within CDs or hard drives. The only way you can actually really "see" the software is by running the application on your computer.
Not on me. They aren't allowed in this building. Why does it matter? Need a virtual light?
No emotions do not have any matter associated. They just exist in a virtual world or space and have no mass or weight.
There are no disadvantages of computer hardware, because without it, the computer would not be able to function, or even exist for that matter!
by being honest no matter yhe outcome
The benefits of following the OSI model are as follows: * Any hardware that meets the OSI standard will be able to communicate with any other hardware that also meets the standard * Any software that meets the OSI standard will be able to communicate with any other hardware or software that also meets the standard * Consumers are given a wider choice since hardware/software from any manufacturer will work together * OSI is independent of country, it doesn't matter where the hardware/software is made * OSi is not dependent on the operating system used * The Protocols for OSI are defined at each stage * Any errors that occur are handled in each layer * The different layers can operate automatically Why is it important to have standards for communicating? * To enable devices to communicate together * To allow devices to be guaranteed as reliable * To allow purchasers to know the device will work How does the OSI model assist in the introduction and maintenance of standards? * It is an agreed standard that has world wide recognition * Use of the standard ensures compatibility * Purchasers recognize what the standard means and the guarantees that come with it
you have to fill it in you dont have a choice in the matter