Why do high-level programming languages make software easier to create?

High-level programming languages make software development easier by providing a layer of abstraction that shields programmers from the complexities of hardware management. Unlike low-level languages, such as machine language or assembly language, which require explicit control over data storage and specific machine operations, high-level languages offer a notation that is more intuitive to read and write.1

These languages facilitate efficiency through several key features:

• Procedural Abstraction: Languages like FORTRAN and C allow developers to create and reuse procedures, subroutines, and functions, preventing the need to reinvent basic tasks for every application.2
• Data Encapsulation: Object-oriented languages like Java and C++ organize data and the methods that transform it into objects, which helps manage complexity in large software systems.2
• Declarative Focus: Some languages allow programmers to specify the desired outcome (the "what") rather than the step-by-step execution (the "how"), simplifying tasks like database interaction via SQL.2

By automating these low-level details, high-level languages allow programmers to focus on solving the problem at hand rather than managing the machine's idiosyncratic features.21