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NPTEL Software Engineering Assignment 3 Answers
1. Which of the following are prominent characteristics of agile software development?
a. Incremental development
b. Iterative development
c. Linear development
d. Customer participation in development
e. Development at customer site
Answer:-
2. Agile model advocates which of the following approaches?
a. In each increment, get something “quick and dirty” delivered, which may or may not add much value to the customer
b. In each increment, get something simple and minimal released, but as quickly as possible
c. In each increment, get something of business-value delivered, consistent with the right level of quality
d. In each increment, get something delivered once it has been fully documented and the documentation has been signed off as complete
e. In each increment, complete and deliver the working software for one use case
Answer:-
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3. Which of the following are not the characteristic of an agile software development project?
a. Shared code ownership
b. Implement the simplest solution to meet today’s problem
c. Continual feedback from customer
d. Postpone integration until all the incremental deliveries are complete
e. Pair programming
f. Rapid prototyping
Answer:-
4. Members of a Scrum team are usually expected to answer which of the following questions during a daily Scrum meeting?
a. What did you do yesterday
b. What will you do today?
c. What obstacles are in your way?
d. Why are you getting delayed?
e. Why your program is having too many bugs?
Answer:-
5. Which one of the following is not true in a Scrum development?
a. Sprint is the fundamental process flow of Scrum
b. A sprint is a month-long iteration, during which an incremental product functionality completed
c. During a Sprint, customer feedback is continually obtained and the Sprint backlog is accordingly modified
d. Each day begins with a daily Scrum meeting
Answer:-
6. Which of the following are not true of a build and fix style of development?
a. Coding starts immediately after requirements specification
b. Coding starts without any formal requirements specification
c. No formal design is carried outd) No testing is carried out
e. No requirements specification document is developed
Answer:-
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7. Who among the following are considered as the stakeholders in a software development project?
a. Shareholders of the organization developing the software
b. Shareholders of the organization for whom the software is getting developed
c. Anyone who is interested in the software
d. Clients who define the requirements for the software
e. Developers of the outsourced parts of the software
f. Developers of the software
g. Users of the software
Answer:-
8. Which of the following are performed during the requirements analysis and specification phase in an iterative waterfall software development?
a. Gather requirements.
b. Build a prototype.
c. Identify any ambiguity, inconsistency, and incompleteness in the gathered requirements
d. Analyze and allocate resources based on requirements specification
e. Prepare the requirements specification document
Answer:-
9. Pair programming intends to take which one of the following best practices to the extreme?
a. Design
b. Incremental development
c. Code review
d. Simplicity
e. Spike development
f. Daily integration
Answer:-
10. Which of the following are not goals of requirements analysis?
a. Weed out ambiguities in the requirements
b. Weed out inconsistencies in the requirements
c. Weed out non-functional requirements
d. Weed out incompleteness in the requirements
e. Weed out references to third party software
Answer:-
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About Software Engineering
Large scale software development poses special challenges. This course targets to expose the students to the challenges of large scale software development and would expose the students as to how to overcome those. Starting with basic life cycle model concepts, it would discuss requirements specification, design, and testing issues. The concepts will be illustrated with appropriate examples.
COURSE LAYOUT
- Week 1 : Introduction
- Week 2 : Life Cycle Models I
- Week 3 : Life Cycle Models II
- Week 4 : Requirements analysis and specification
- Week 5 : Basics of software design
- Week 6 : Procedural design methodology
- Week 7 : Object-oriented concepts
- Week 8 : Introduction to UML: Class and Interaction Diagrams
- Week 9 : Object-oriented analysis and design
- Week 10 : Testing I
- Week 11 : Testing II
- Week 12 : Testing III
CRITERIA TO GET A CERTIFICATE
Average assignment score = 25% of average of best 8 assignments out of the total 12 assignments given in the course.
Exam score = 75% of the proctored certification exam score out of 100
Final score = Average assignment score + Exam score
YOU WILL BE ELIGIBLE FOR A CERTIFICATE ONLY IF AVERAGE ASSIGNMENT SCORE >=10/25 AND EXAM SCORE >= 30/75. If one of the 2 criteria is not met, you will not get the certificate even if the Final score >= 40/100.