Free Mock Test : Software Engineering : Software management and Metrics (Test 1)

Question : What is the primary objective of project management?

Increase coding speed

Deliver software within scope, time, cost, and quality

Reduce hardware cost only

Write documentation only

Question : Which phase comes first in software project management?

Testing

Maintenance

Planning

Deployment

Question : Which of the following is NOT a project management activity?

Risk Management

Cost Estimation

Debugging Every Program

Scheduling

Question : Which project management tool represents tasks over time?

ER Diagram

Gantt Chart

DFD

Flowchart

Question : Which tool identifies the critical path in a project?

CPM

UML

SQL

HTML

Question : Software metrics are mainly used to:

Write code

Measure software quality and productivity

Install software

Format documents

Question : Which metric is based on Lines of Code (LOC)?

Functional Point

Size-Oriented Metric

Cyclomatic Complexity

Halstead Volume

Question : LOC stands for:

Length of Calculation

Level of Coding

Lines of Code

Line of Compilation

Question : Halstead metrics are based on:

Test cases

Operators and Operands

LOC only

Database tables

Question : Halstead Volume estimates:

Cost

Program Size

Testing Time

Memory

Question : Function Point (FP) measures:

Source code length

User functionality

CPU utilization

RAM usage

Question : Function Point analysis is independent of:

Programming Language

Inputs

Outputs

Files

Question : Which is NOT considered in FP analysis?

External Inputs

External Outputs

Internal Logical Files

Number of Comment Lines

Question : Extended Function Point (EFP) mainly improves:

GUI Design

Traditional FP for modern systems

Coding Style

Network Speed

Question : Data Structure Metrics evaluate:

Database speed

Complexity of data organization

CPU Speed

Operating System

Question : Information Flow Metrics were introduced by:

Halstead

Henry and Kafura

McCabe

Boehm

Question : Information Flow Metric depends on:

Fan-in and Fan-out

LOC only

CPU cycles

Memory size

Question : Cyclomatic Complexity was proposed by:

Halstead

McCabe

Pressman

Boehm

Question : Cyclomatic Complexity measures:

Program execution time

Number of independent paths

RAM usage

File size

Question : Cyclomatic Complexity formula is:

Where E = Edges, N = Nodes, P = Connected Components.

E + N

E − N + 2P

N − E

N + P

Question : A Cyclomatic Complexity of 1 indicates:

Very Complex

No Decision Point

Infinite Loops

High Risk

Question : High Cyclomatic Complexity indicates:

Easier Testing

More Complex Testing

Less Maintenance

Better Performance

Question : CASE stands for:

Computer Aided Software Engineering

Centralized Application Software Engine

Coding Analysis Software Environment

Computer Application System Evaluation

Question : CASE tools help in:

Documentation

Design

Testing

All of the above

Question : Which metric estimates software effort?

Halstead Effort

LOC

Fan-out

Node Count

Question : Which metric is language dependent?

Function Point

LOC

Feature Point

Use Case Point

Question : Which of the following improves project tracking?

Risk Register

Gantt Chart

Milestone Chart

All of the above

Question : Increasing fan-out generally:

Reduces complexity

Increases module complexity

Improves readability

Reduces testing

Question : Which metric is most suitable during the requirement phase?

LOC

Function Point

Halstead

Cyclomatic Complexity

Question : Which statement is TRUE?

Cyclomatic Complexity measures software size.

Function Point depends on programming language.

Halstead metrics use operators and operands.

LOC is language independent.

Free Mock Test - Software Engineering : Software management and Metrics (Test 1)