Select the accurate description of Boundary value analysis.

Difficulty: Hard

About this MCQ

This Hard Software Testing & SDLC MCQ checks one syllabus fact.

The question is: “Select the accurate description of Boundary value analysis.”

The accepted answer is C. A test design technique that focuses on values at the edges of input ranges, where errors are most likely to occur.. Select the accurate description of Boundary value analysis is answered by A test design technique that focuses on values at the edges of input ranges where errors are most likely to occur option C Option A A metric that measures the proportion of source code or requirements exercised by a test suite does not match the stem it is a near-miss used to catch incomplete recall of A test design technique that focuses on values at the edges of input ranges where errors are most likely to occur Option B The final phase of the SDLC in which a delivered software system is updated fixed and improved over time does not match the stem it is a near-miss used to.

A. A metric that measures the proportion of source code or requirements exercised by a test suite.
Why not A: “A metric that measures the proportion of source code or requirements exercised by a test suite.” is not correct. The accepted answer is C. A test design technique that focuses on values at the edges of input ranges, where errors are most likely to occur.. Select the accurate description of Boundary value analysis is answered by A test design technique that focuses on values at the edges of input ranges where errors are most likely t
B. The final phase of the SDLC in which a delivered software system is updated, fixed, and improved over time.
Why not B: “The final phase of the SDLC in which a delivered software system is updated, fixed, and improved over time.” is not correct. The accepted answer is C. A test design technique that focuses on values at the edges of input ranges, where errors are most likely to occur.. Select the accurate description of Boundary value analysis is answered by A test design technique that focuses on values at the edges of input ranges where errors are most likely t
C. A test design technique that focuses on values at the edges of input ranges, where errors are most likely to occur. ✓
D. Two complementary quality assurance processes: verification checks if the product was built correctly, while validation checks if the correct product was built.
Why not D: “Two complementary quality assurance processes: verification checks if the product was built correctly, while validation checks if the correct product was built.” is not correct. The accepted answer is C. A test design technique that focuses on values at the edges of input ranges, where errors are most likely to occur.. Select the accurate description of Boundary value analysis is answered by A test design technique that focuses on values at the edges of input ranges where errors are most likely t

Correct answer

C. A test design technique that focuses on values at the edges of input ranges, where errors are most likely to occur.

Explanation

Select the accurate description of Boundary value analysis is answered by A test design technique that focuses on values at the edges of input ranges where errors are most likely to occur option C Option A A metric that measures the proportion of source code or requirements exercised by a test suite does not match the stem it is a near-miss used to catch incomplete recall of A test design technique that focuses on values at the edges of input ranges where errors are most likely to occur Option B The final phase of the SDLC in which a delivered software system is updated fixed and improved over time does not match the stem it is a near-miss used to.

Source: Software Testing & SDLC Official Reference Guide

Tags: computer science, sdlc, software testing, QA

Submitted by: MCQsHub Editorial

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