34. What is the name for computer code that humans can understand?
Answer: C
High-level programming language
High-level programming languages are designed to be easily understood by humans, using syntax and semantics that are more intuitive than lower-level languages. This makes them suitable for software development as they abstract away the complexities of the computer's hardware.
A) Compiled language
Compiled languages refer to programming languages that are transformed into machine code by a compiler before execution. While they can include high-level languages, the term itself does not specifically denote human readability, as it encompasses languages that may not be easily understood without further knowledge of their syntax and structure.
B) Machine language
Machine language is the lowest level of code, consisting of binary instructions that a computer's CPU can execute directly. This language is not human-readable, making it entirely unsuitable as an answer to the question regarding code that humans can understand.
C) High-level programming language
High-level programming languages are specifically designed to be accessible and understandable to humans. They use syntax that is closer to natural language and enables programmers to write complex programs without needing to manage the intricate details of the computer's hardware architecture.
D) Interpreted language
Interpreted languages are executed line-by-line by an interpreter rather than being compiled into machine code. While many interpreted languages are also high-level and thus human-readable, the term "interpreted language" does not inherently imply human understandability, as it focuses more on the execution method rather than the clarity of the code itself.
Conclusion
The correct answer, high-level programming language, is definitively right because it explicitly refers to languages that prioritize human readability and usability. In contrast, compiled language, machine language, and interpreted language either describe execution methods or types of languages that do not primarily focus on human understanding, thus failing to address the core concept of the question.