Decomposition allows for of code, as sub-problems can be solved once and then used in different contexts.

Encapsulation is achieved through and classes, which hide the implementation details and only expose the necessary interface.

Using descriptive names for functions and variables is important for and understanding the code.

One benefit of decomposition is that it allows for in programming, making it easier to debug and maintain code.

During decomposition, each sub-problem should be able to solve a specific task.

Decomposition can be applied to various areas, not just programming, such as and project management.

Decomposition can be seen as the opposite of , where smaller components are combined to form a larger system.

In a decomposition hierarchy, the top-level problem is often referred to as the problem.

is another important concept in decomposition, where irrelevant details are ignored to focus on high-level concepts.