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What are the 3 primitive logic structures?
The three primitive logic structures in programming are selection, loop and sequence. Any algorithm can be written using just these three structures.
What are some of the different types of software programming languages?
High level languages Mid Level Languages Low level languages High level languages: cobol, fortran etc Mid level languages: C, C++ Low level languages: assembly language
Language known as the first generation of programming languages is the only language the computer directly recognizes?
What computer directly recognizes is plain machine code in over words sequence of 0 and 1, which in programming field mostly is displayed in HEX (base 16) system. Sequence or bits: 10110000 00101001 (HEX: B0 29) in x86 architecture is understood as moving value 0x29 to AL register. In assembly language it would look like: MOV AL, 0x29 Where 0x29 is 41 in decimal. But the first generation of languages was Assembler (Or just "A", later followed by "B" (used for writing Unix system), "C" (now one of the widely used), now we have "D" language (mix of C++/JAVA/C#) coming). To summarize, computer understand sequence of bits, while first generation of programming languages (low-level programming) was Assembler.
Why goto in C language is called a jumping statement?
Because it forces the program sequence to go to another place in the program, just as if jumping across somewhere. This goto is found in most programming languages.
In structured programming the Sequence structure begins with a(n?
idea.
What are the 3 primitive logic structures?
The three primitive logic structures in programming are selection, loop and sequence. Any algorithm can be written using just these three structures.
What are some of the different types of software programming languages?
High level languages Mid Level Languages Low level languages High level languages: cobol, fortran etc Mid level languages: C, C++ Low level languages: assembly language
Language known as the first generation of programming languages is the only language the computer directly recognizes?
What computer directly recognizes is plain machine code in over words sequence of 0 and 1, which in programming field mostly is displayed in HEX (base 16) system. Sequence or bits: 10110000 00101001 (HEX: B0 29) in x86 architecture is understood as moving value 0x29 to AL register. In assembly language it would look like: MOV AL, 0x29 Where 0x29 is 41 in decimal. But the first generation of languages was Assembler (Or just "A", later followed by "B" (used for writing Unix system), "C" (now one of the widely used), now we have "D" language (mix of C++/JAVA/C#) coming). To summarize, computer understand sequence of bits, while first generation of programming languages (low-level programming) was Assembler.
How can you define and manipulate a string scalar in programming languages?
In programming languages, a string scalar is a sequence of characters. To define a string scalar, you enclose the characters in quotation marks. To manipulate a string scalar, you can perform operations like concatenation (joining strings together), slicing (extracting a portion of the string), and searching for specific characters or substrings within the string.
What is structured programming in generally?
It means using only three structure when programming: sequence, selection, repetition.
Why goto in C language is called a jumping statement?
Because it forces the program sequence to go to another place in the program, just as if jumping across somewhere. This goto is found in most programming languages.
In structured programming the Sequence structure begins with a(n?
idea.
What is the difference between languages used in artificial intelligence and other programming languages?
If you're talking about "traditional" AI programming languages like LISP and Prolog, the essential difference boils down to the language's ruling metaphor.Most standard programming languages operate on a principle of sequential and/or branching instruction execution.OTOH, the LISt Processing language (LIST) encourages its programmers to view everything (all solutions to programming problems) in the form of one or many lists.Prolog is perhaps the furthest evolution to date away from the standard, sequential-instruction programming model: in Prolog, the programmer does not explicitly spell out the sequence of operations (a.k.a., "procedure," hence "procedural languages") needed to solve a problem; instead, the problem is simply declared (hence, "declarative language"), and the language itself (or rather the engine implementing it) seeks out the solution.Nowadays, though, you'll find AI being implemented in any number of standard procedural languages -- C++, Java, even scripting languages like Perl and Python.
Why c is call structured programming?
Because you can use programming structures, namely: sequence, selection (if, switch) and repetition (while, for, do-while)
What does sequence of instructions mean?
A sequence of instructions refers to a set of step-by-step directions or commands that need to be followed in a specific order to accomplish a task or achieve a goal. In computer programming, a sequence of instructions is typically written in a specific programming language and executed by a computer to perform a desired action.
Why We Need Programming Software?
Programming software makes the speedy creation of computer applications possible. By providing a convenient interface between human languages and the code that computers understand, this type of software also known as programming languages makes the management of complex operations possible. At their basic level, computers use a programming language called binary which uses an almost infinite sequence of 1 and 0 combinations to tell the computer what to do. Other low-level languages including machine code or assembly, are easier to use than binary, but are also very efficient. However, programming software such as Visual Basic, C++, Java and others have extensive interfaces, built-in functions and software libraries that make word processors and other applications possible.
What is the difference between imperative and non-imperative programming languages?
Imperative languages focus on how the program should follow it's tasks, while non-imperative languages, functional or logical, tell the program what it needs to do, as opposed on how to do it.Imperative programming is programming which changes the computer's state and focuses on how a program is to perform. Non-imperative languages are predominantly declarative languages, where the programmer states what is to be performed without specifying how to achieve it.
