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

Question : Software metrics are primarily used to:

Design databases

Measure software quality and productivity

Create hardware circuits

Install operating systems

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

LOC

Function Point

Cyclomatic Complexity

Halstead Volume

Question : Size-Oriented Metrics are generally based on:

Number of classes

Lines of Code (LOC)

Number of users

Testing time

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

Defects per KLOC

User Satisfaction

Response Time

Reliability Index

Question : Halstead Software Metrics are based on:

Number of test cases

Operators and Operands

Function Points

Memory Usage

Question : Halstead Volume measures:

Execution Time

Program Size in Information Content

Number of Bugs

CPU Utilization

Question : Function Point Analysis does NOT depend on:

Inputs

Outputs

Programming Language

Files

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

External Inputs

External Outputs

Internal Logical Files

CPU Registers

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

Multimedia and Real-Time Features

Hardware Design

Operating Systems

Compiler Design

Question : Data Structure Metrics evaluate:

Software Cost

Complexity of Data Organization

Programmer Salary

Testing Tools

Question : Information Flow Metrics were proposed by:

McCabe

Henry and Kafura

Halstead

Boehm

Question : Information Flow Metrics use:

Fan-in and Fan-out

LOC only

CPU Speed

Number of Variables

Question : Cyclomatic Complexity was introduced by:

Barry Boehm

Thomas McCabe

Halstead

Pressman

Question : Cyclomatic Complexity indicates:

Database Size

Number of Independent Paths

Number of Variables

Number of Classes

Question : Cyclomatic Complexity is calculated as:

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

E + N + 2

E − N + 2P

N − E + P

LOC / Modules

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

2

3

4

5

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

0

1

2

3

Question : CASE tools help in:

Software Development Automation

CPU Manufacturing

Network Routing

Hardware Testing

Question : Which is a benefit of CASE tools?

Increased Errors

Reduced Productivity

Better Documentation

Higher Maintenance Cost

Question : Software Cost Estimation helps determine:

Number of Users

Project Budget and Resources

Network Bandwidth

Hardware Temperature

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

Waterfall Model

COCOMO

Spiral Model

RAD Model

Question : COCOMO was developed by:

Halstead

Barry Boehm

McCabe

Henry

Question : Basic COCOMO classifies projects into:

2 Types

3 Types

4 Types

5 Types

Question : Which COCOMO project type is the simplest?

Organic

Embedded

Semi-Detached

Critical

Question : Putnam Model is also known as:

SLIM Model

Agile Model

Spiral Model

RAD Model

Question : Putnam Model primarily focuses on:

Database Design

Resource Allocation Over Time

UI Design

Testing Automation

Question : Which metric is language independent?

LOC

Function Point

Halstead Volume

Cyclomatic Complexity

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

Function Point

Cyclomatic Complexity

LOC

Data Dictionary Size

Question : Which statement is TRUE?

LOC is language independent.

Function Point measures delivered functionality.

Cyclomatic Complexity measures software size.

Halstead Metrics measure customer satisfaction.

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