Welcome to MCQss.com's page on Manual Testing MCQs. Here, you will find a collection of multiple-choice questions designed to enhance your understanding of manual testing concepts. Each question provides options for you to select and evaluate your answers.
Manual Testing is a fundamental approach to software testing, where tests are performed manually without the use of automation tools. It involves creating test cases, executing them, observing and analyzing results, and reporting defects. Manual testing plays a crucial role in ensuring the quality and reliability of software systems.
To excel in manual testing, it is important to have knowledge of various aspects such as test case design, test execution techniques, defect tracking, test coverage, and quality assurance principles. Manual testers need to possess strong analytical and problem-solving skills to identify and report software defects effectively.
MCQss.com's free Manual Testing MCQs provide an opportunity to enhance your skills and assess your knowledge. By practicing these MCQs, you can improve your understanding of manual testing principles, methodologies, and best practices. It allows you to reinforce your knowledge, identify areas for improvement, and gain confidence in your manual testing abilities.
The benefits of utilizing Manual Testing MCQs include sharpening your critical thinking abilities, preparing for job interviews, exams, or assessments related to manual testing, and expanding your expertise in the field of software testing and quality assurance.
A. Cause and effect coverage
B. Decision coverage
C. Statement coverage
D. Multiple condition coverage
A. Brute Force
B. Back tracking
C. Induction
D. Cause elimination
A. All
B. Regression testing
C. Smoke testing
D. Retesting
A. Equivalence partitioning
B. Use Case Testing
C. Decision
D. Decision Tables
A. Systems Implementation Testing
B. System integration Testing
C. Save It, Testing
D. All
A. Load testing
B. White-box testing
C. Black-box testing
D. Regression testing
A. None
B. Card sorting
C. Heuristic Evaluation
D. Focus Groups
A. It can’t be expected to catch every error in a program
B. It decreases the software development speed
C. It is usually conducted by the development team
D. In this tester evaluates if individual units of source code are fit for use
A. Flow charting
B. Step-wise Refinement
C. Loop-invariants
D. Modularity
A. Ramp Testing
B. Fuzz Testing
C. Retesting
D. Negative testing
A. Black box testing
B. Dynamic testing
C. Static testing
D. White box testing
A. Test cases need to be regularly reviewed and revised
B. Clustering modules that contain most of the defects
C. Testing is done differently in different context
D. Finding and fixing defects does not help if the system built is unstable
A. All
B. Iteration
C. Rendezvous Statement
D. Exception statement
A. Load testing
B. Performance testing
C. All
D. Stress testing
A. E – n – 1
B. E – n + 2
C. E – n - 2
D. E – n + 1
A. Only this model has the risk analysis phase
B. Uses series of prototype for refining test execution plan
C. Risk analysis is involved in every cycle of development
D. For any change we need to iterate the whole cycle
A. Equivalence class partitioning And Boundary Value Analysis
B. Equivalence class partitioning
C. None
D. Boundary value analysis
A. Lack of time for the release
B. Priority of that bug may low
C. The bug may not be the major effect in the software
D. Data may be unavailable
A. Fuzz Testing
B. Inter-Systems Testing
C. Breadth testing
D. Gorilla Testing
A. Penetration testing
B. Vulnerability Testing
C. Fuzz Testing
D. Ramp Testing