What term describes the meaning of a computer program that is unambiguous and literal, understood by analyzing tokens and structure?

What term describes the meaning of a computer program that is unambiguous and literal, understood by analyzing tokens and structure?

• A. Poetry
• B. Programs
• C. Prose
• D. Ambiguity

Answer: (B)

The meaning of a computer program is understood in a literal, unambiguous way by analyzing its tokens and how they are arranged into the language’s structure. This is a hallmark of programs: the tokens (words like if, while, +, ;, parentheses) and the grammar that links them define exactly what the code does, leaving little room for multiple interpretations. Poetry relies on figurative language and imagery, and prose can carry nuances or ambiguity. Because programming languages are designed to be parsed into a precise sequence of operations, the term that fits this description is the thing itself: programs.

The meaning of a computer program is understood in a literal, unambiguous way by analyzing its tokens and how they are arranged into the language’s structure. This is a hallmark of programs: the tokens (words like if, while, +, ;, parentheses) and the grammar that links them define exactly what the code does, leaving little room for multiple interpretations. Poetry relies on figurative language and imagery, and prose can carry nuances or ambiguity. Because programming languages are designed to be parsed into a precise sequence of operations, the term that fits this description is the thing itself: programs.