C++ application areas are only limited by your imagination. C++ programs can be written in both object-oriented and procedural styles, thus you can mix C++ with C and inline assembly.
The low-level capability obviously makes it ideal for writing hardware drivers and other operating system components. Although typically written in C, the improved type safety of C++ ensures greater robustness with equal efficiency.
The object-oriented capability makes it ideal for modelling highly-complex data structures more easily and more robustly than with C alone. The main application areas are those that demand the highest performance, which naturally includes games and multimedia, but also includes major applications such as "office"suites, DBMS and virtual machines -- not to mention integrated development environments and time-critical applications. Even the C++ compiler is written in C++, as are many other compilers, linker and interpreters, including the Java virtual machine!
Although high level languages such as Java are ideally suited to RAD, it's greatest feature is also its greatest flaw: the Java virtual machine. While the virtual machine makes it possible to produce cross-platform code much more easily than with C++ alone (which must be compiled separately for each supported platform), Java compiles to byte code rather than machine code. Every supported platform must therefore provide its own virtual machine so that the same byte code can be reinterpreted to produce the machine code specific to the platform. But this interpretation results in extremely poor performance not to mention far greater memory consumption compared to that of a native machine code program written in C++.
Application of robots are very important especially in areas where humans will easily get fatigue or collapse due to little oxygen and high temperatures.
Just because you're good at algebra doesn't mean you have to be good at programming. Algebra is taught from a very early age (even in kindergarten) and it is one of those areas of mathematics, besides arithmetic and geometry, that virtually everyone uses every day without even realising it. It's such an elementary subject that there are no specific subjects you can do just because you're good at it. However, if you have a yearning to take algebra further then you might consider abstract algebra, an area of advanced mathematics studied primarily by professional mathematicians. No programming required, but there's absolutely nothing stopping you from learning to program. Even if you're no particularly good at it, it's still useful to have an appreciation for a variety of languages.
Polymorphism is the changing of one subject to an altered state. There are actually two areas of study where polymorphism would be particularly common: chemistry and web programming.
"What_are_the_areas_of_computer_use"there are various place where computer can use or its software is usedas inHospitals-there various machines which work on the software made by usBPO'sDesigning and manufacturingAt airportAt metroAt schools or collegesetc are place where computer or its application/software is used
The power source is AC. Hence AC is used. DC application is limited.
Today, just about every major software development methodology is based on objects. As a result, virtually all programming languages, scripting languages and application designs are object-oriented or object-based.Main application areas of OOP are:User interface design such as windows, menu.Real-Time SystemsSimulation and ModellingObject-oriented databasesAI and Expert SystemNeural Networks and parallel programmingDecision support and office automation systems etc.Mobile Application DevelopmentGame Developmentblog.ggn.dronacharya.info/index.php/object-oriented-programming
what are the application of computer in society
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It might not seem like math is useful at all, but it really is! For example, one major application of geometry would be working with areas and volumes. We encounter volumes every day; recipes, food labels, etc. Additionally, areas are quite useful; flooring is sold by the square foot, for example. A good source of "real world" applications of mathematics can be found in word problems in many textbooks.
It can be used in the place where we need the permanancy in our information....it is very useful in networking field through this we could protect the ip address hackers........we can use this even there is no power..........
the various application areas of software is.. 1. commercial 2. real time applications and 3. scientific software
The parallel programming model enables parellel programs to be made and executed. They can be defined it two areas: problem decomposition and process interaction.
farm animals are very useful because it gave us nothing
The database management system is used in different areas because of its numerous advantages. The areas of application includes airlines and railways, banking, education, telecommunications, and credit cards transactions.
GCF and LCM will be most useful in algebra, but can be used in one fashion or another in all areas of mathematics.
Creating spreadsheets is itself a part of information technology, so you could be teaching Excel directly. Excel is a very versatile application that can do a lot of things. It can be used to quickly demonstrate things that are not related to spreadsheets particularly. Information technology has a wide range of areas. Mathematics is a big area, and Excel can be used to help demonstrating some mathematical concepts. Before teaching someone how to write programs, being able to write formulas in Excel and create complex spreadsheets, is a good grounding for programming. Excel also has Visual BASIC for Applications as part of it, and it can be used to demonstrate programming. You can use Excel to create simple diagrams and charts that can be useful in many areas of information technology. A teacher with a good knowledge of Excel and other areas of information technology, would be able to find many ways to use Excel to demonstrate many information technology concepts.
no ideal no ideal