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testing Online Quiz - 83

Description: testing Online Quiz - 83
Number of Questions: 20
Created by:
Tags: testing
Attempted 0/20 Correct 0 Score 0

CQ can be launched

  1. Directly by using standalone CQ url

  2. By clicking “Defects” icon from RQM

  3. By clicking “Add new Defect” from test execution screen

  4. All of the above


Correct Option: D

Which of the following are ALM request Types

  1. Defect

  2. Environment

  3. Issue

  4. Deployment

  5. All of the above


Correct Option: E
  1. Related records tab

  2. Project tab

  3. Attachments tab

  4. RCI workflow tab


Correct Option: B

Which entity is not the part of Requirement analysis? a) Issuing latest documents b) Doubt clarification and query resolution c) Requirement traceability matrix d) Scope clarification

  1. Issuing latest documents

  2. Doubt clarification and query resolution

  3. Requirement traceability matrix

  4. Scope clarification


Correct Option: C

A testing project is currently in the test design phase. The PL has estimated that 500 test cases would be created in Mar 2010. But, at the end of Mar, the PL found that he could create only 490 test cases. What is the % of Test design completion?

  1. 100%

  2. 102%

  3. 99%

  4. 98%


Correct Option: D

A testing project is currently in the test design phase. The PL has estimated that 500 test cases would be created in Mar 2010. But, at the end of Mar, the PL found that he could create only 490 test cases. What is the % of Test design completion?

  1. 100%

  2. 102%

  3. 99%

  4. 98%


Correct Option: D

The following are metrics which are to be computed only at phase-end

  1. Test design coverage

  2. Test execution coverage

  3. Invalid defects

  4. Option1 and Option2


Correct Option: D

A tester is designing 3 complex test cases, 5 medium complex test cases and 10 simple test cases each day. The PL has arrived at an estimation where the test cases are normalized to a common value. Each complex test case is normalized to 20 test cases, each medium test case to 10 test cases and each simple test case to 1 test case. What is the productivity test design for the month assuming 4 testers are working in the project and all the testers produce the same no of test cases each day? Assume that the month contains 20 working days.

  1. 24.00%

  2. 30%

  3. 32%

  4. 8%


Correct Option: A

Which of these statements is true?

  1. According to industry standard, one normalized test case contains 10 test steps.

  2. Test cases are normalized when test cases of different complexities are created, and it is required to arrive at a common figure.

  3. Both Option1 and Option2

  4. Only Option2


Correct Option: C

Which of these statements is correct?

  1. Test design coverage computes the no of test cases covered / no of total no of test cases

  2. Test design coverage computes the no of testable requirements covered / no of test cases created

  3. Test design coverage computes the no of testable requirements covered / no of testable requirements

  4. Test design coverage computes the no of testable requirements covered by test cases created/ no of testable requirements


Correct Option: D

AI Explanation

To answer this question, we need to understand the concept of test design coverage. Test design coverage is a metric used to measure the extent to which the testable requirements are covered by the test cases created.

Let's go through each option to understand why it is correct or incorrect:

Option A) Test design coverage computes the number of test cases covered divided by the total number of test cases - This option is incorrect because test design coverage is not calculated by dividing the number of test cases covered by the total number of test cases. It focuses on the coverage of testable requirements, not the number of test cases.

Option B) Test design coverage computes the number of testable requirements covered divided by the number of test cases created - This option is incorrect because the denominator should represent the total number of testable requirements, not the number of test cases created.

Option C) Test design coverage computes the number of testable requirements covered divided by the number of testable requirements - This option is incorrect because the denominator should represent the total number of test cases, not the number of testable requirements.

Option D) Test design coverage computes the number of testable requirements covered by test cases created divided by the number of testable requirements - This option is correct because it correctly represents the calculation for test design coverage. It measures the coverage of testable requirements by dividing the number of testable requirements covered by the test cases created, by the total number of testable requirements.

Therefore, the correct answer is D. This option is correct because it accurately represents the calculation for test design coverage.

In a testing project, Component testing finds 100 bugs,Integration testing finds 45 new bugs,System testing finds 20 new bugs,Acceptance testing finds 5 new bugs,Customer finds (during post implementation support) 30 bugs. Component, Integration and system testing have been done by TCS. All the bugs found were Sev1 and Sev2 bugs. What is the test effectiveness?

  1. 85%

  2. 82.50%

  3. 90%

  4. None of the above


Correct Option: B

Total number of requirements estimated are 46, total number of requirements tested 39, blocked 7…define what is the coverage ?

  1. 85%

  2. 15%

  3. 100%

  4. 17%


Correct Option: C

When can we start collecting the ROI of an automation testing project?

  1. Cost < =Benefit

  2. Cost = Benefit

  3. Cost > =Benefit

  4. Option1 and Option2


Correct Option: D

Which of the following are not to be considered while computing invalid defects

  1. Duplicate defects

  2. Environment defects

  3. Change in requirements

  4. All the above


Correct Option: D
  1. >40% errors during the test

  2. CPU >90%

  3. CPU<90%

  4. Option 1 and Option 2


Correct Option: D
  1. Past and present performance and/or predict our future performance

  2. Past performance and/or predict our future performance

  3. Present performance and/or predict our future performance

  4. predict our future performance


Correct Option: A
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