Consistency ensures that similar elements have a similar appearance and behavior, making it easier for users to navigate and interact with the interface.

Affordance refers to the perceived usability of an interface element, suggesting how it can be interacted with.

Aesthetics involves designing interfaces that are visually appealing and enhance the overall user experience.

Feedback serves multiple purposes, including informing users of errors, confirming actions, and providing guidance during task completion.

Learnability refers to the ease with which users can understand and operate the interface, reducing the learning curve.

Simplicity involves designing interfaces that are easy to understand, use, and navigate by minimizing complexity and unnecessary elements.

Control refers to the ability of users to manipulate and customize the interface to suit their preferences and needs.

Flexibility involves designing interfaces that can adapt to different user needs, preferences, and situations.

Responsiveness refers to the ability of the interface to react promptly to user actions and provide timely feedback.

Efficiency involves designing interfaces that optimize the user's time and effort by minimizing the number of steps and actions required to complete tasks.

Clarity refers to the ease with which users can understand the purpose, functionality, and usage of interface elements.

Adaptability involves designing interfaces that can adjust to different user needs, preferences, and situations.

Aesthetics involves designing interfaces that are visually appealing and enhance the overall user experience.

Customization involves providing users with the ability to modify the interface to suit their preferences and needs.

Error Handling involves designing interfaces that minimize errors and provide clear and helpful error messages when they occur.