To verify that the software meets the user's requirements.

To identify and fix defects in the software.

To ensure that the software is compatible with the hardware.

To measure the performance of the software.

Unit Testing

Integration Testing

User Acceptance Testing

Regression Testing

Acceptance Testing is conducted by the end-users, while System Testing is conducted by the development team.

Acceptance Testing is conducted after System Testing.

Acceptance Testing focuses on the functional aspects of the software, while System Testing focuses on the non-functional aspects.

All of the above.

To define the scope, objectives, and approach for Acceptance Testing.

To identify the test cases to be executed.

To specify the acceptance criteria for the software.

All of the above.

Black-Box Testing

White-Box Testing

Exploratory Testing

A combination of the above.

To define the specific scenarios and conditions to be tested.

To identify the expected outcomes for each test case.

To provide a structured approach for conducting Acceptance Testing.

All of the above.

To define the conditions that must be met for the software to be accepted.

To ensure that the software meets the user's requirements.

To provide a basis for evaluating the test results.

All of the above.

To provide evidence of the software's compliance with the requirements.

To facilitate communication between stakeholders.

To enable traceability of defects and their resolution.

All of the above.

Prioritize and resolve defects based on their severity and impact.

Involve the development team in the defect resolution process.

Retest the software to ensure that the defects have been fixed.

All of the above.

The software is accepted by the end-users and is ready for deployment.

The software is rejected and further development is required.

The software is accepted with conditions and additional testing is required.

None of the above.

Unclear or incomplete requirements.

Lack of user involvement.

Insufficient test coverage.

All of the above.

Involving the end-users in the test planning and execution process.

Ensuring that the Acceptance Test Plan is comprehensive and well-defined.

Using a combination of testing techniques to cover different aspects of the software.

All of the above.

To ensure that the software continues to meet the acceptance criteria after changes have been made.

To identify new defects introduced by changes.

To verify that the software is still compatible with the hardware and other dependencies.

All of the above.

To ensure that all stakeholders are aware of the test plan, schedule, and results.

To facilitate effective resolution of defects and issues.

To manage expectations and avoid misunderstandings.

All of the above.

Involving the end-users throughout the testing process.

Creating a comprehensive Acceptance Test Plan.

Using a combination of testing techniques.

All of the above.