Give me 20 difficult mcq questions on manual testing

Performance testing

Regression testing

Functional testing

Regression testing

To validate the user interface design

To test the extreme values at the boundaries of valid input

To test the functionality of the software

To analyze the performance of the software

To test the extreme values at the boundaries of valid input

To verify that a specific function of the software behaves as expected.

To create a backup of the test data.

To check for syntax errors in the code.

To measure the performance of the software.

To ensure that the changes or enhancements made to the software do not introduce new defects or impact existing functionality.

To validate the usability of the software.

To ensure that the software is functioning correctly from end to end.

To identify performance bottlenecks in the software.

To validate the user interface of the software.

To generate test data for the software.

To measure the response time of the software.

To identify errors or defects at the boundaries or limits of input values.

To measure the accuracy of the software.

To validate the compatibility of the software.

To reduce the number of test cases by dividing input data into sets that are treated the same way.

To identify security vulnerabilities in the software.

To identify potential defects in the software.

To measure the efficiency of the software.

To outline the approach, scope, objectives, and activities of testing.

To create test cases for the software.

Smoke testing is performed to check the compatibility of the software with different platforms, while sanity testing is performed to measure the performance of the software.

Smoke testing is performed to ensure that the critical functionalities of the software are working, while sanity testing is performed to validate that the defects have been fixed and to ensure the stability of the software.

Smoke testing is performed before each build, while sanity testing is performed after major releases.

Smoke testing is performed by developers, while sanity testing is performed by testers.

To measure the efficiency of the software.

To identify performance bottlenecks in the software.

To validate the functionality of the software.

To evaluate the software's user interface and overall user experience.

To validate the compatibility of the software with different platforms.

To verify the functionality of the software against specified requirements.

To measure the performance of the software under stress conditions.

To simulate real-world scenarios, learn about the software, and uncover defects that may not be easily identified through scripted tests.

To measure the response time of the software.

To generate test data for the software.

To test the software with invalid, incorrect, or unexpected inputs to verify its robustness and error-handling capabilities.

To validate the user interface of the software.

It is only applicable for simple software applications

It is performed solely by developers

It is a form of testing that does not require human intervention

It involves executing test cases manually without the use of automation tools

To test new features added to the software application

To check for compatibility with different devices

To ensure that changes or updates in a software application do not negatively impact existing functionality

To validate the security of the application

Limited test coverage

Unreliable test results

Time-consuming and labor-intensive

Fully automated test execution

Realistic simulation of user interactions

Detailed test result analysis

High test execution speed

Early detection of defects