Artificial Intelligence Programming 2025 – 400 Free Practice Questions to Pass the Exam

The characteristic that Lisp follows a fully parenthesized prefix notation is indeed a defining feature of the language. In Lisp, expressions are written with the operator preceding its operands, which is often referred to as prefix notation or Polish notation. This means that every function call and its arguments are enclosed in parentheses, which helps with the evaluation of expressions in a structured manner.

Lisp's syntax and structure are highly uniform due to this consistent use of parentheses, making it different from many other programming languages. This notation allows for a strong emphasis on recursion and symbolic manipulation, which are particularly useful in artificial intelligence applications.

While Lisp supports various programming paradigms, including functional and imperative programming, it is also known for allowing metaprogramming capabilities, where programs can manipulate other programs as data, an inherent feature supported by its notation. This design contributes effectively to developing complex algorithms and manipulation of symbolic data, making it a prominent choice in early AI research and development.

The other choices do not accurately represent Lisp's characteristics; it is not primarily a web development language, it has not necessarily seen a decline in AI usage (it still has niche applications), and it does not support object-oriented programming exclusively as it can be used in multiple paradigms.