The Software Requirements Specification (SRS) serves as the definitive blueprint that captures all functional and non-functional requirements for the system. In the Waterfall model, this document is meticulously crafted during the requirement analysis and specification phase to ensure all stakeholder needs are clearly defined before any design or coding begins. This early focus prevents costly changes later in the development lifecycle by establishing a solid foundation for the project. Consequently, the SRS is the primary output of this specific phase, guiding subsequent activities like design and implementation.

Question 3 Easy Mcq

✓ Correct ✗ Incorrect

While naming various objects in a software, which two of the following naming conventions should be used?

Package name should be in lowercase.

Method names should be in the lower camel case and should be verbs.

Small names should be used for variables with large scope.

Constant name should start with uppercase letters and rest of the letters should be lowercase.

Explanation:

Using lowercase letters for package names is a standard industry practice that ensures consistency and avoids confusion with operating system reserved keywords. This convention promotes readability across different platforms and simplifies the import process in codebases. By adhering to this rule, developers create a predictable structure that is easily understood by both humans and automated tools. It also prevents potential conflicts with file system limitations on certain operating systems. Ultimately, this simple guideline helps maintain a clean and professional code organization.

Question 4 Easy Mcq

✓ Correct ✗ Incorrect

Which two of the following are true about software development life-cycle models?

These models help in systematic and disciplined development of software products.

These models help in defining an entry and exit criteria only for the first and last phase of the software development process.

These models help in monitoring the progress of the project.

Software life-cycle models are brief introductions of the software life-cycle.

Explanation:

Software development life-cycle models provide a structured framework that guides teams through every stage of creating a product, ensuring a systematic and disciplined approach. By establishing clear processes for requirements, design, coding, and testing, these models help organizations maintain high quality and manage complexity effectively throughout the entire project. This methodology prevents random development, allowing teams to produce reliable software while adhering to best practices and industry standards consistently.

Question 5 Easy Mcq

✓ Correct ✗ Incorrect

Which of the following software developments models is idealistic and cannot be strictly followed during actual software development?

Classical waterfall model

V-Shaped model

Spiral model

Prototype model

Explanation:

The classical waterfall model is considered idealistic because it assumes a linear progression where requirements are fully defined and never change before development begins. In reality, software projects often face evolving user needs and unforeseen technical challenges that make strict adherence to this rigid, sequential approach impossible. This model fails to account for the iterative nature of actual development, where feedback loops and adjustments are essential for success. Consequently, while theoretically structured, its inflexibility renders it impractical for most dynamic environments.

Question 6 Easy Mcq

✓ Correct ✗ Incorrect

?development of software is not a frequent user support function? is an example of ____.

Obfuscation

Nominalization

Both of these

None of these

Explanation:

The phrase "development of software" transforms the active verb "develop" into the noun "development," a process known as nominalization. This linguistic technique turns actions or processes into abstract concepts, which is exactly what occurs here. By converting a verb into a noun, the sentence structure changes to emphasize the concept itself rather than the action. This makes option B the correct choice as it accurately describes the grammatical mechanism at work.

Question 7 Easy Mcq

✓ Correct ✗ Incorrect

In the test-driven development approach, ______

testing is performed in the end, after a project is completely developed

a prototype is developed and tested first, and then a second testing is performed after the completion of project

coding is done incrementally. A new increment is only started after the successful testing of the previous increment

requirements are tested and documented

Explanation:

In test-driven development, the process begins by writing a failing test case that defines the desired functionality before any code is written. Developers then write the minimum amount of code necessary to pass that specific test, ensuring the new increment is immediately validated. This cycle of test-first, code, and refactor repeats for every feature, guaranteeing that each new increment is built upon a foundation of successful, previously verified tests. This approach prevents the accumulation of bugs and ensures the software evolves incrementally with continuous quality assurance.

Question 8 Medium Mcq

✓ Correct ✗ Incorrect

Consider a software that calculates cube-roots of integer values that are in the range of 0 to 3,000. If the black-box testing technique is used, then for boundary-value analysis, which of the following values must be there in the test cases?

-3,000

-1

3,001

Explanation:

Boundary-value analysis focuses on testing the exact edges of the valid input range, which for this software are 0 and 3,000. Since the question asks which value must be included and option D represents the upper boundary limit of the specified range, it is the critical test case required to verify system behavior at that specific edge. This technique is essential because errors frequently occur at the boundaries rather than within the middle of the range. Therefore, selecting the maximum valid value ensures that the cube-root calculation handles the upper limit correctly without overflow or logic errors.

Question 9 Easy Mcq

✓ Correct ✗ Incorrect

Refactoring design of code results in ______

increased cohesion and reduced coupling

increased coupling and reduced cohesion

increased coupling and increased cohesion

reduced coupling and reduced cohesion

Explanation:

Refactoring aims to improve code structure without changing its external behavior, specifically by enhancing internal organization. This process encourages grouping related responsibilities together, which directly increases cohesion within modules. Simultaneously, it minimizes dependencies between different parts of the system, thereby reducing coupling. Achieving high cohesion and low coupling makes the codebase more modular, easier to maintain, and simpler to extend in the future.

Question 10 Medium Mcq

✓ Correct ✗ Incorrect

Incorrect calculation of buffer size? is in the __________ software error category.

Porous Defenses

Allocation of Resources

Risky Resource Management

Insecure Interaction

Explanation:

This error falls under Risky Resource Management because it stems from failing to correctly calculate or allocate memory buffers, leading to potential overflows. When developers underestimate the size of data being processed, they do not reserve sufficient space, creating a vulnerability where excess data overwrites adjacent memory. This mismanagement of finite system resources is a fundamental issue in how software handles dynamic data structures. Properly estimating buffer requirements is essential to prevent crashes or security exploits like code execution. Consequently, any miscalculation directly reflects poor practices in managing limited computational resources.

Question 11 Medium Mcq

✓ Correct ✗ Incorrect

Which of the following is not a feature of a good software requirements specification (SRS) document?

It should be concise.

It should specify the implementation and issues in it.

It should show conceptual integrity

It should be structured.

Explanation:

A good Software Requirements Specification must remain technology-agnostic to ensure long-term flexibility and prevent vendor lock-in. Specifying implementation details or technical issues prematurely restricts future design choices and hinders the ability to select the most appropriate solution later. Therefore, the document should focus solely on functional and non-functional requirements while deliberately excluding any discussion of specific coding languages, frameworks, or architectural constraints. This separation ensures the requirements are robust, clear, and adaptable to evolving technological landscapes without compromising the system's core integrity.

Question 12 Easy Mcq

✓ Correct ✗ Incorrect

In the classical Waterfall Model, the integration of different modules of a software product is done after ___________.

coding

system testing

designing

unit testing

Explanation:

In the traditional Waterfall Model, development proceeds sequentially through distinct phases, where each stage must be completed before the next begins. Coding is followed by unit testing, which verifies that individual modules function correctly in isolation. Once these modules pass unit testing, they are integrated into the system to form a cohesive whole. This specific sequence ensures that integration occurs only after individual components have been validated, preventing the propagation of isolated errors. Therefore, the integration phase logically follows the completion of unit testing.

Question 13 Easy Mcq

✓ Correct ✗ Incorrect

Menu-driven programs should be broken down into ________ that perform individual tasks.

Loops

Functions

Tasks

Modules

Explanation:

Menu-driven programs organize user interactions by breaking complex applications into smaller, manageable units called modules. Each module encapsulates a specific set of code responsible for a single, distinct task, promoting code reusability and easier maintenance. This modular structure allows developers to isolate logic, making the program more efficient and scalable. By separating concerns into dedicated modules, the overall system becomes easier to debug and extend without affecting unrelated parts.

Question 14 Easy Mcq

✓ Correct ✗ Incorrect

A list of operations that is displayed on the screen is called a(n) ________.

List

Option list

Choice list

Explanation:

In user interface design, a structured list of selectable operations or commands presented to a user is technically defined as a menu. This interface element allows users to navigate through available functions by clicking or selecting an item from the displayed list. The term specifically denotes the organized collection of choices rather than just a generic list of data. Menus are fundamental components in software applications for accessing features without needing to memorize specific commands. They provide a standardized way for users to interact with the system's capabilities efficiently. Therefore, the correct term for this specific display of operations is a menu.

Question 15 Easy Mcq

✓ Correct ✗ Incorrect

A compiler can be considered as a ____ program analysis tool.

static

dynamic

static as well as dynamic

Explanation:

A compiler operates as a static analysis tool because it examines the entire source code without executing the program, allowing it to detect syntax errors and logical flaws before runtime. This process involves translating high-level code into machine language by analyzing the complete structure of the program in a single pass or multiple passes. Since the analysis happens entirely on the code itself rather than on running instances, it provides immediate feedback on potential issues without needing user interaction or specific input data. This proactive approach ensures that many bugs are resolved during the development phase, making static analysis the defining characteristic of a compiler's operation.

Question 16 Easy Mcq

✓ Correct ✗ Incorrect

In which of the following methods of debugging, the program is loaded with print statements for printing intermediate values in hope that some of the printed values will help in identifying the statement(s) containing error(s)?

Program Slicing

Brute Force

Backtracking

Cause Elimination

Explanation:

This technique is known as Brute Force debugging, where developers intentionally insert print statements throughout the code to display intermediate values during execution. By observing these outputs, one can trace the flow of data and pinpoint exactly where the program deviates from expected behavior. This straightforward approach relies on visibility into the program's state at various stages to quickly isolate the source of the error without complex analysis. It is effective because it directly exposes the internal logic and variable states that lead to the failure.

Question 17 Easy Mcq

✓ Correct ✗ Incorrect

Which three of the following characteristics should always be there in a software design?

Understandability

Rigidity

Efficiency

Maintainability

Explanation:

Understandability is a fundamental pillar of software design because code that is easy to comprehend allows developers to quickly grasp system logic and intent. When a design prioritizes clarity, it significantly reduces the cognitive load required for onboarding new team members or debugging complex issues. This clarity ensures that the software architecture remains transparent, facilitating smoother collaboration and faster problem resolution across the development lifecycle. Ultimately, without a clear understanding of the design, any subsequent changes become risky and prone to introducing unforeseen errors into the system.

Question 18 Medium Mcq

✓ Correct ✗ Incorrect

Consider a project in which the development team is required to build a compiler. The team has never written a compiler and is not sure about the technical solutions of project. Which of the following models should be used in such a situation so that the issue is resolved and the best product is obtained?

Prototype model

Spiral model

V-Shaped model

Waterfall model

Explanation:

The Prototype model is ideal here because it allows the team to build an early, simplified version of the compiler to explore uncertain technical solutions and validate feasibility. By creating this initial model, the team can gather immediate feedback, identify risks, and refine requirements before committing to full development. This iterative approach effectively resolves the uncertainty regarding the team's lack of experience and ensures the final product aligns with actual needs. Consequently, it enables continuous improvement and leads to the best possible outcome for a complex project with unknown technical challenges.

Question 19 Easy Mcq

✓ Correct ✗ Incorrect

A good software design should have .... coupling and ..... cohesion.

high, high

high, low

low, high

low, low

Explanation:

In software engineering, low coupling ensures that modules are independent and minimize dependencies, making the system easier to maintain and modify. Conversely, high cohesion means that elements within a module are closely related and focused on a single function, which enhances clarity and reliability. Achieving low coupling with high cohesion creates a robust architecture where changes in one part of the system have minimal impact on others, leading to a more scalable and efficient design.

Question 20 Medium Mcq

✓ Correct ✗ Incorrect

Which two of the following statements are correct regarding the Unified Modeling Language (UML) diagrams?Note: There may be more than one right answer.

An actor in a use case diagram can participate in one use case only.

In a use case diagram, one use case is independent of the other use case.

All the views should be constructed for a given problem using all the diagrams that are provided by the UML.

The static structure of a system is described by class diagram.

Explanation:

In a use case diagram, each use case represents a distinct functional requirement or goal within the system, allowing them to exist and be analyzed independently of one another. This independence enables developers to model complex systems by breaking them down into manageable, isolated units of functionality without needing to define every interaction simultaneously. While actors can participate in multiple use cases and static structure is indeed described by class diagrams, the core principle here is that individual use cases define specific behaviors that do not inherently rely on the internal details of other use cases. Therefore, treating them as independent entities is a fundamental aspect of effective UML modeling for capturing system requirements.

Question 21 Medium Mcq

✓ Correct ✗ Incorrect

The principles of a software development process are primarily based upon which of the following methods?Methods: 1. Error correction 2. Error prevention

1 only

2 only

Both 1 and 2

Neither 1 nor 2

Explanation:

Software development principles prioritize error prevention because fixing defects after they occur is significantly more costly and time-consuming than designing systems to avoid them. By integrating quality assurance into every phase, such as through code reviews and automated testing, teams build robust applications that minimize the need for later corrections. This proactive approach ensures higher reliability and reduces the overall lifecycle cost of the software. Consequently, the methodology focuses on stopping issues before they enter the production environment rather than relying on reactive error correction.

Question 22 Easy Mcq

✓ Correct ✗ Incorrect

The process to check that a completely developed system conforms to its requirement specifications is called __________, and the process to check that the output of one phase conforms to the output of the previous phase during software development is known as_____________.

verification, validation

validation, verification

validation, validation

verification, verification

Explanation:

Validation ensures the final system meets the actual user needs and requirements, answering the question "Are we building the right product?" Conversely, verification checks if each development phase's output aligns with the specifications of the previous phase, answering "Are we building the product right?" This distinction makes option B the correct choice, as it accurately maps the final check to validation and the intermediate phase checks to verification.

Question 23 Medium Mcq

✓ Correct ✗ Incorrect

Which of the following are the correct sets of fundamental activities in the field of software engineering?Note: There may be more than one right answer.

Software configuration management

Validation

Design and implementation

Evolution

Explanation:

Evolution represents the continuous lifecycle of software, encompassing essential activities like maintenance, adaptation, and enhancement after the initial release. This process ensures the system remains relevant and functional as user requirements change or new technologies emerge. It is a fundamental activity because software is rarely static; it must evolve to meet long-term business needs and technical constraints. Without this ongoing phase, software quickly becomes obsolete or fails to support current operations. Therefore, evolution is a core pillar of software engineering practice alongside design and implementation.

Question 24 Medium Mcq

✓ Correct ✗ Incorrect

This question is based upon the figure shown belowThe data flow diagrams given in the image represent a process that reads and validates an English word. Which of the given data flow diagrams represents an asynchronous data flow?

Explanation:

An asynchronous data flow allows the system to continue processing subsequent tasks without waiting for the current operation to complete, which is characteristic of Option D. In this diagram, the validation process initiates a background task or queue for the word, enabling the main flow to proceed immediately rather than blocking until the result is ready. This decoupling of the request and the response is the defining feature of asynchronous communication in data flow diagrams. The visual representation typically shows a separate thread or queue mechanism handling the validation independently of the primary data stream. Consequently, this design ensures higher throughput and better resource utilization compared to synchronous alternatives. Therefore, the diagram illustrating this non-blocking behavior correctly identifies the asynchronous nature of the process.

Question 25 Easy Mcq

✓ Correct ✗ Incorrect

Gui components have a set of ________ that determine how the component appears on the screen.

Properties

Radio button

Dialog boxes

All of these

Explanation:

GUI components rely on a specific set of properties that define their visual characteristics and behavior on the screen. These properties control essential attributes such as size, color, font style, and position, allowing developers to customize the user interface effectively. By adjusting these settings, the appearance of buttons, labels, and other elements can be precisely tailored to meet design requirements. This mechanism forms the foundation of visual programming and interface customization in modern software development. Consequently, understanding these properties is crucial for creating responsive and aesthetically pleasing graphical applications.

Question 26 Hard Mcq

✓ Correct ✗ Incorrect

Suppose you are working on a highly complex project, which involves several kinds of risk. Which software-life-cycle model you should use in such a situation so that the best product can be obtained?

V-Shaped model

Prototype model

Spiral model

Waterfall model

Explanation:

The Spiral model is specifically designed for highly complex and risky projects by integrating iterative development with rigorous risk analysis at every turn. It allows teams to identify and mitigate potential threats early through prototyping and planning phases, ensuring that critical issues are addressed before full-scale implementation. This continuous feedback loop enables the project to adapt to changing requirements while maintaining strict quality control. Consequently, this approach maximizes the likelihood of delivering a robust and stable final product even in uncertain environments. By prioritizing risk reduction alongside development, it effectively balances innovation with stability for large-scale endeavors.

Question 27 Easy Mcq

✓ Correct ✗ Incorrect

Which of the following is true about the Waterfall Model of SDLC?

Stages are not clearly defined in the Waterfall Model

The Waterfall Model is complex and hard to understand.

In the Waterfall Model, multiple phases are processed at a time.

The Waterfall Model cannot accommodate changing requirements.

Explanation:

The Waterfall Model is a linear, sequential approach where each phase must be completed before the next begins, creating a rigid structure. Because it relies on fixed requirements established at the very start, it lacks the flexibility to incorporate new changes or corrections once a stage is finished. This inherent rigidity means that accommodating evolving client needs or unexpected issues becomes extremely difficult without restarting the entire process. Consequently, the model is best suited for projects with stable and well-defined requirements from the outset.

Question 28 Easy Mcq

✓ Correct ✗ Incorrect

Select all that apply.If the coupling among modules is low in software design, then the product is:

difficult to understand.

easy to implement.

less expensive to develop.

All of the above

Explanation:

Low coupling means modules are independent and interact minimally, which simplifies the implementation process by reducing complex interdependencies. Developers can focus on individual components without worrying about cascading effects from other parts of the system. This isolation allows for straightforward coding and testing, making the overall development workflow more efficient and manageable. Consequently, the product becomes easier to implement because changes in one module rarely require modifications elsewhere.

Question 29 Easy Mcq

✓ Correct ✗ Incorrect

Which of the following activities is/are common amongst all software development processes?

Software specification

Software designing

Software validation

All of the above

Explanation:

Every software development process universally begins with defining requirements through software specification to establish a clear foundation. Following this, the design phase structures the system architecture and components to meet those specific requirements effectively. Finally, validation is an essential step where the developed product is rigorously tested against the initial specifications to ensure it functions correctly. Consequently, these three fundamental activities form the core lifecycle that exists in every standard software engineering methodology.

Question 30 Easy Mcq

✓ Correct ✗ Incorrect

The beta system testing to validate a fully developed system — i.e., ensuring that the system is fulfilling all the requirements — is carried out by __________.

a test team within the developing organization

a test team outside the developing organization

actual customers or a selected group of friendly customers.

a selected group of developers

Explanation:

Beta testing is the final phase of system validation where the software is released to actual customers or a selected group of friendly users in a real-world environment. This stage specifically aims to verify that the fully developed system meets all functional and non-functional requirements under actual usage conditions. Unlike internal testing, this phase provides critical feedback from the end-users who will ultimately operate the system, ensuring it aligns perfectly with their needs and expectations. By involving real stakeholders, developers can identify unforeseen issues and refine the product before its official market launch.

Question 31 Medium Mcq

✓ Correct ✗ Incorrect

Which of the following aspects are considered during the data flow-oriented design technique of software development?

Functions in a system

Data items that flow between the processing stations

Design of the control structure

Sequence of execution of instructions

Explanation:

Data flow-oriented design, also known as structured analysis, focuses on modeling how information moves through a system rather than how it is processed step-by-step. This technique explicitly identifies and tracks data items as they enter, transform, and exit various processing stations or functional blocks. By concentrating on the logical flow of data, developers can create robust architectures that are independent of specific hardware or control structures. This approach ensures that the system's behavior is defined by the transformation of data states, making it a foundational method for building scalable and maintainable software systems.

Question 32 Easy Mcq

✓ Correct ✗ Incorrect

In the _____ testing technique, the test cases are designed without the knowledge of the internal structure of the software, i.e., using only the functional specifications of the software.

ad-hoc

white-box

black-box

exhaustive

Explanation:

This technique is known as black-box testing because it treats the software like a sealed box, ignoring its internal code or structure. Test cases are derived solely from functional specifications and requirements, focusing entirely on inputs and expected outputs. This approach ensures that the system behaves correctly from the user's perspective without needing programming knowledge. It is ideal for validating that the software meets its specified needs and handles external interactions properly. By disregarding internal logic, testers can simulate real-world usage scenarios effectively.

Question 33 Easy Mcq

✓ Correct ✗ Incorrect

Due to which of the following options, a software does not behave in the way expected of it?1. Software failure2. Software fault

1 only

2 only

Both 1 and 2

Neither 1 nor 2

Explanation:

A software fault is an internal error or defect within the code, but it does not necessarily cause incorrect behavior until it is triggered. A software failure specifically refers to the observable event where the system deviates from its expected behavior due to a fault being activated. Therefore, the immediate reason the software does not behave as expected is the failure itself, making the first option the correct cause.

Question 34 Medium Mcq

✓ Correct ✗ Incorrect

Suppose you are working on a large-scale software engineering project. During the development phases of the project, maximum effort is consumed by the __________ phase of the software life-cycle model.

implementation

testing

feasibility-study

coding

Explanation:

In large-scale software engineering projects, the testing phase typically consumes the maximum effort because it requires extensive planning, execution, and debugging to ensure system reliability and quality. This phase involves rigorous validation against requirements, performance testing, and security checks, which are resource-intensive tasks. Unlike coding or feasibility studies, testing must cover numerous scenarios and edge cases to prevent costly failures in production. Consequently, the cumulative time and resources dedicated to identifying and fixing defects often exceed those of other development stages. Therefore, testing stands out as the most demanding phase in the software life-cycle model for complex systems.

Question 35 Easy Mcq

✓ Correct ✗ Incorrect

Which of the following approaches is more suitable for software requirements specification?

Model-oriented approach

Property-oriented approach

Explanation:

The property-oriented approach is highly suitable for software requirements specification because it focuses on defining precise system behaviors and constraints through logical properties. This method ensures that critical safety and functional attributes are explicitly captured, reducing ambiguity in complex systems. By concentrating on what the system must achieve rather than just its structure, it facilitates rigorous verification and validation processes. Consequently, this approach effectively supports the development of reliable software that strictly adheres to its intended specifications.

Question 36 Easy Mcq

✓ Correct ✗ Incorrect

Which of the following options are covered in software development life cycle?

Development tools

Hardware maintenance

Technical processes of software development

Networking

Explanation:

The software development life cycle encompasses the structured technical processes used to design, code, test, and deploy software applications. These processes include requirements gathering, architectural planning, implementation, and maintenance phases that directly utilize various development tools to build the final product. Consequently, development tools are an integral part of this lifecycle as they facilitate the creation and management of software artifacts throughout every stage. Hardware maintenance and networking fall outside the core definition of software creation, while technical processes are the very foundation that defines the lifecycle itself. Therefore, development tools are the correct element included within this comprehensive framework.

Question 37 Easy Mcq

✓ Correct ✗ Incorrect

Which of the following software life-cycle models acts as the base for all other models?

Prototype model

Iterative waterfall model

Classical waterfall model

Spiral Model

Explanation:

The classical waterfall model serves as the foundational framework for all other software life-cycle models because it establishes the essential sequential phases of requirements, design, implementation, testing, and maintenance. Its linear and sequential nature provides the basic structure upon which iterative, incremental, and evolutionary approaches are built by adding loops or overlaps. Every other model essentially modifies or extends this core sequence to address specific project needs like flexibility or risk management. Consequently, understanding the waterfall model is crucial as it represents the original blueprint from which modern methodologies evolved. This historical and structural primacy makes it the definitive base for the entire field of software engineering.

Question 38 Easy Mcq

✓ Correct ✗ Incorrect

In the subject of software engineering, ________ defines a framework for a group of key process areas.

tools

methods

process

Explanation:

In software engineering, a process defines the structured framework that organizes key process areas to ensure consistent project execution. It establishes the necessary activities, resources, and metrics required to achieve specific quality goals within a development lifecycle. By implementing a defined process, organizations can systematically manage requirements, design, coding, and testing phases. This framework provides the essential backbone for integrating various tools and methods effectively. Consequently, the process is the fundamental element that groups and governs these critical areas.

Question 39 Easy Mcq

✓ Correct ✗ Incorrect

You are required to develop a software for a business system that is less formal; flexible; and has continuously changing requirements. Which of the following software development processes is more suitable in such a scenario?

Plan-driven software development

Agile software development

The Rational Unified Process

The Team Software Process

Explanation:

Agile software development is specifically designed for environments with low formality and rapidly changing requirements by embracing iterative progress and customer collaboration. This approach allows teams to adapt quickly to new needs without extensive upfront planning, ensuring the final product aligns with evolving business goals. Its flexibility supports continuous feedback loops, making it the ideal choice when a business system must remain responsive to dynamic market conditions. Unlike rigid methodologies, Agile prioritizes delivering working software frequently to accommodate change effectively throughout the project lifecycle.

Filter by Difficulty

easy medium hard

Track Progress

Difficulty Filter

easy Easy

medium Medium

hard Hard

Other Subjects

Business Finance & Management

Industrial Engineering & Manufacturing

IT & Programming

Design & Multimedia

Content Writing & Translation

Administrative Support

Quick Navigation

Other Software Tools & Applications Subjects

Software Development Life Cycle - Software Tools & Applications

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Explanation:

Filter by Difficulty

Track Progress

Difficulty Filter

Other Subjects

Other Software Tools & Applications Subjects

Quick Navigation

Similar Practices