solution - Software Engineering : Project Planning and Risk Management (Test 1)

Question : Software metrics are primarily used to:

Solution :
35020260628014724 Correct Answer : Measure software quality and productivity

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which metric measures the size of software based on delivered functionality?

Solution :
806920260628014643 Correct Answer : Function Point

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Size-Oriented Metrics are generally based on:

Solution :
816520260628014607 Correct Answer : Lines of Code (LOC)

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which is an example of a size-oriented metric?

Solution :
731720260628014528 Correct Answer : Defects per KLOC

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Halstead Software Metrics are based on:

Solution :
121120260628014450 Correct Answer : Operators and Operands

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Halstead Volume measures:

Solution :
602320260628014410 Correct Answer : Program Size in Information Content

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Function Point Analysis does NOT depend on:

Solution :
183720260628014337 Correct Answer : Programming Language

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which is NOT a component of Function Point Analysis?

Solution :
226620260628014308 Correct Answer : CPU Registers

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Extended Function Point (EFP) mainly extends FP by including:

Solution :
668120260628014208 Correct Answer : Multimedia and Real-Time Features

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Data Structure Metrics evaluate:

Solution :
101120260628014124 Correct Answer : Complexity of Data Organization

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Information Flow Metrics were proposed by:

Solution :
499320260628014032 Correct Answer : Henry and Kafura

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Information Flow Metrics use:

Solution :
92120260628013951 Correct Answer : Fan-in and Fan-out

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Cyclomatic Complexity was introduced by:

Solution :
840120260628013921 Correct Answer : Thomas McCabe

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Cyclomatic Complexity indicates:

Solution :
108320260628013841 Correct Answer : Number of Independent Paths

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Cyclomatic Complexity is calculated as:

[ note : where E = Edges, N = Nodes, P = Connected Components ]

Solution :
682220260628013745 Correct Answer : E − N + 2P

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : A program has 12 edges, 10 nodes, and one connected component. Cyclomatic Complexity is:

Solution :
699120260628013622 Correct Answer : 4

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Cyclomatic Complexity of a sequential program without decision statements is:

Solution :
829720260628013550 Correct Answer : 1

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : CASE tools help in:

Solution :
700020260628013511 Correct Answer : Software Development Automation

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which is a benefit of CASE tools?

Solution :
338120260628013438 Correct Answer : Better Documentation

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Software Cost Estimation helps determine:

Solution :
486420260628013321 Correct Answer : Project Budget and Resources

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which model is widely used for software cost estimation?

Solution :
21120260628013236 Correct Answer : COCOMO

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : COCOMO was developed by:

Solution :
573120260628013158 Correct Answer : Barry Boehm

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Basic COCOMO classifies projects into:

Solution :
517320260628013119 Correct Answer : 3 Types

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which COCOMO project type is the simplest?

Solution :
131620260628013027 Correct Answer : Organic

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Putnam Model is also known as:

Solution :
603620260628012929 Correct Answer : SLIM Model

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Putnam Model primarily focuses on:

Solution :
696420260628012842 Correct Answer : Resource Allocation Over Time

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which metric is language independent?

Solution :
77620260628011844 Correct Answer : Function Point

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which metric is most useful for estimating testing effort?

Solution :
549620260628011803 Correct Answer : Cyclomatic Complexity

Description -

Software Engineering : Project Planning and Risk Management (Test 1)

Question : Which statement is TRUE?

Solution :
41520260628011722 Correct Answer : Function Point measures delivered functionality.

Description -

Software Engineering : Project Planning and Risk Management (Test 1)