We can't even go beyond the third generation. The first generation languages are all the native machine code languages. The second generation languages are the low-level symbolic languages such as assembly language. The third generation languages are all the high-level symbolic languages, such as C, C++, Java, Pascal, Cobol and so on. There are no fourth generation languages.
The term "fourth generation" was first used by marketing types to make their third generation languages seem superior to other third generation languages, regardless of what features they actually provided. While there have been several attempts to re-classify third-generation languages, there is no standardised convention and thus no way to compare languages objectively by generation alone. Languages are best classified by the paradigms they support (procedural, structured, object-oriented, functional, logical and so on) and/or the domains they operate within (general purpose programming, Artificial Intelligence programming, and so on).
The major advantages of fifth generation programming languages are that these languages are improved from fourth generation languages. It is also important to note that classification of programming languages in generations beyond the second generation is complete nonsense and nothing but a marketing hype; programming languages don't evolve in a linear succession, or one in the shape of a balanced tree, where each generation has common attributes and improvements over the previous generation.
First you learn a programming language, then you start writing. That answer is both completely correct and completely useless, because the question is really far beyond the scope of what we can explain here.
The major disadvantage of fifth generation programming languages is that these languages won't be as good as sixth generation languages. It is also important to note that classification of programming languages in generations beyond the second generation is complete nonsense and nothing but a marketing hype; programming languages don't evolve in a linear succession, or one in the shape of a balanced tree, where each generation has common attributes and improvements over the previous generation.
To create a permanent set in a programming language, you typically need to declare the set, initialize it with values, and ensure that the set is stored in a way that persists beyond the current program execution. This may involve using data structures like arrays or databases to store the set elements permanently.
Before your question can be answered, you'll have to specify, Who is the "relevant generation"?
No, only on fifth and beyond
The language beyond the dictionary definition refers to the nuances, connotations, and cultural or contextual meanings that words may carry beyond their basic definitions. It often involves understanding the subtleties of language usage, including tone, intent, and implied meanings that go beyond literal interpretations. This deeper level of language comprehension is essential for effective communication and interpretation in various contexts.
Its 3Gs, you can easily search it in google
The song 'Beyond the Door' or in the Japanese title 'Tobira no Mukou e' was performed by Yellow Generation.
First Generation:1942-1955Vacuum Tubes or ValvesØ used vacuum tubes as electronic circuitØ magnetic drum for primary storageØ mercury delay lined for memoryØ punch-card used as secondary storageØ machine level programming usedØ operating speed was used in terms of millisecondMark-I, UNIVAC,ENIACetc.Second Generation:1955-1964TransistorØ magnet core memory used as internal storageØ magnet tapes used as secondary storageØ little bit faster I/O devicesØ high level language used as programmingØ processing speed measured in microsecondIMB 1401,ICL 2950/10etc.Third Generation:1964-1975IC(Integrated circuits)Ø semi conductor memory used as primary storageØ magnetic discs were used as secondary storageØ massive use of high level languageØ processing speed increased to nanosecond and even fasterIBM 360 series,UNIVAC 9000etc.Fourth Generation:1975-1990VLSI or MicroprocessorØ massive use of magnetic and optical storage devices with capacity more than 100 GBØ advancement in software and high level languageØ use of 4th generation language(4GL)Ø operation speed increased beyond picoseconds and MIPS (Millions of Instructions Per Second)IBM PC,Pentium PC,Apple/Macintoshetc.Fifth Generation:1990+Bio-ChipsØ AI will make computer Intelligent and knowledge basedØ very high speed, PROLOG (programming language)-
gfortran is a modern open-source compiler for Fortran, while Fortran 77 is an older version of the Fortran programming language. Some key differences include improved features and optimizations in gfortran, better compatibility with modern systems, and support for newer language standards beyond Fortran 77.
In the Latin language the meaning of Transylvania is beyond the forest.