Simply put, an algorithm is a series of processes used to solve a problem. The steps are often a "case-type declaration," a "sequence," a "selection," and a "iteration."
An algorithm is a method for addressing a problem that specifies the activities to be taken and the order in which they should be taken. Simply put, an algorithm is a series of processes used to solve problems. The steps are often a "case-type declaration," a "sequence," a "selection," and a "iteration."
Sequence statements are imperatives in the C language. Iteration is satisfied by a number of statements, including "while," "do," and "for," while the case-type statement is satisfied by the "switch" statement. The "selection" is the "if then else" statement.
Pseudocode is a made-up, informal language that aids in the creation of algorithms by programmers. A "text-based" detail (algorithmic) design tool is pseudocode.
The Pseudocode rules are not too complicated. Statements that demonstrate "dependence" must all be indented.
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