User Interface Design

learned about usability. Now youre going to perform a usability audit on a SaaS product you have access to. Review Guidelines for User Interface Design and answer the following questions (you should have a total of 16 screenshots in this section):

User Interface Design

1. Identify two of the items under Create an Interface that is Easy to Learn and Use and provide screenshots demonstrating how this application/website accomplishes them.
2. Identify two of the items under Enhance User Productivity and provide screenshots demonstrating how this application/website accomplishes them.
3. Identify two of the items under Provide Users with Help and Feedback and provide screenshots demonstrating how this application/website accomplishes them.
4. Identify two of the items under Create an Attractive Layout and Design and provide screenshots demonstrating how this application/website accomplishes them.
5. Identify two of the items under Enhance the Interface and provide screenshots demonstrating how this application/website accomplishes them.
6. Identify two of the items under Focus on Data Entry Screens and provide screenshots demonstrating how this application/website accomplishes them.
7. Identify two of the items under Use Validation Rules and provide screenshots demonstrating how this application/website accomplishes them.
8. Identify two of the items under Reduce Input Volume and provide screenshots demonstrating how this application/website accomplishes them.

please help me with all the questions

User Interface Design 8.11 Where Do We Go from Here? the finished system. Design prototyping makes it possible to capture user input and approval while continuing to develop the system within the framework of the SDLC. Systems analysts typically use design prototyping as they construct outputs, inputs, and user interfaces. . . TRADE-OFFS: Prototyping offers many benefits, including the following: Users and systems developers can avoid misunderstandings. System developers can create accurate specifications for the finished system based on the prototype. Managers can evaluate a working model more effectively than a paper specification. Systems analysts can use a prototype to develop testing and training procedures before the finished system is available. Prototyping reduces the risk and potential financial exposure that occur when a finished system fails to support business needs. Although most systems analysts believe that the advantages of prototyping far out- weigh any disadvantages, the following potential problems should be considered: The rapid pace of development can create quality problems, which are not dis- covered until the finished system is operational. Other system requirements, such as reliability and maintainability, cannot be tested adequately using a prototype. In very complex systems, the prototype can become unwieldy and difficult to manage. A client or user might want to adopt the prototype with few to no changes, mistakenly thinking that the prototype will meet their needs though it may need further customization, leading to increased maintenance costs later in the SDLC. User Interface Design 8.11 Where Do We Go from Here? the finished system. Design prototyping makes it possible to capture user input and approval while continuing to develop the system within the framework of the SDLC. Systems analysts typically use design prototyping as they construct outputs, inputs, and user interfaces. . . TRADE-OFFS: Prototyping offers many benefits, including the following: Users and systems developers can avoid misunderstandings. System developers can create accurate specifications for the finished system based on the prototype. Managers can evaluate a working model more effectively than a paper specification. Systems analysts can use a prototype to develop testing and training procedures before the finished system is available. Prototyping reduces the risk and potential financial exposure that occur when a finished system fails to support business needs. Although most systems analysts believe that the advantages of prototyping far out- weigh any disadvantages, the following potential problems should be considered: The rapid pace of development can create quality problems, which are not dis- covered until the finished system is operational. Other system requirements, such as reliability and maintainability, cannot be tested adequately using a prototype. In very complex systems, the prototype can become unwieldy and difficult to manage. A client or user might want to adopt the prototype with few to no changes, mistakenly thinking that the prototype will meet their needs though it may need further customization, leading to increased maintenance costs later in the SDLC