Which characteristic describes Assembly Language?

Assembly Language is characterized as a low-level language created to make the process of programming easier compared to writing directly in machine code. It serves as a bridge between high-level programming languages and the binary instructions understood by a computer's hardware. By utilizing mnemonics and symbols that are more understandable to humans, Assembly Language allows programmers to write instructions in a format that is less cumbersome than raw binary, but it still retains a close association with machine language.

This characteristic is significant because it allows developers to have more control over the hardware than high-level languages, which abstract away many of the details of the machine. The use of labels and directives in Assembly helps to simplify the coding process while still being closely tied to the architecture of the specific processor in use.

The other choices present characteristics that do not accurately define Assembly Language. For instance, high-level languages typically have abstract syntax and are designed to be more user-friendly, which is not the primary aim of Assembly Language. Although it is machine-dependent, this aspect is secondary to its foundational characteristics. A graphical interface is not associated with Assembly Language, as it is primarily text-based and focused on command line interaction rather than visual programming.