What does it mean for an algorithm to be language independent?

An algorithm being language independent means that it can be described using common language or pseudocode, making it accessible and understandable regardless of any specific programming language's syntax or constructs. This characteristic allows the algorithm to be implemented in various programming languages without alteration to the underlying logic.

By defining algorithms in plain language or pseudocode, developers can communicate the algorithm’s structure and function effectively, enabling others to implement it in their preferred programming language without ambiguity. This flexibility is beneficial in both educational contexts, where students learn algorithms without the burden of learning a specific programming language upfront, and in professional settings, where teams may use different programming languages. Thus, an algorithm's language independence enhances its usability, abstraction, and versatility in problem-solving.