Explanation
According to the BABOK® Guide, one of the tasks of the business analyst (BA) during requirements lifecycle management is to verify requirements. This involves ensuring that the requirements and designs meet the quality standards and are usable for their intended purpose. One of the techniques that can be used for this task is a checklist, which is a predefined list of criteria that can be used to evaluate the quality of requirements and designs. The checklist can include characteristics such as completeness, feasibility, unambiguity, and testability, which are commonly used to assess the quality of requirements and designs. References: BABOK® Guide, Version 3, Chapter 7, Section 7.1; Business Analysis Expert Certification, CCBA® | IIBA®, Section "What Should I know to be CCBA Certified?"

Reference:
BABOK v.3.0 - IIBA - A Guide to the Business Analysis Body of Knowledge - International Institute of Business Analysis (2015) (Page 355)

Explanation
The most common non-functional requirements categories include availability, compatibility, functionality, maintainability, performance efficiency, portability, reliability, scalability, security, usability, certification, compliance, localization, service-level agreements, and extensibility.

C, A, and B are incorrect. The following are the tasks associated with the planning & monitoring of
business analysis activities:
Identify stakeholders.
Define roles and responsibilities of stakeholders in the business analysis effort. Develop estimates for business analysis tasks.
Plan how the business analyst will communicate with stakeholders. Plan how requirements will be approached, traced, and prioritized. Determine the deliverables that the business analyst will produce. Define and determine the business analysis process.
Determine the metrics that will be used to monitor business analysis work.

The type of model that captures information characteristics across multiple information systems for a project is interface analysis. Interface analysis is the process of identifying, defining, and specifying the information and services that are exchanged between systems or components. Interface analysis helps to ensure that the information and services are consistent, complete, and compatible across the systems or components, and that they meet the quality and performance requirements. Interface analysis can also help to identify potential risks, issues, or dependencies related to the information and services exchange.