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Worksheets

АКС 31-60

Total questions: 30

Worksheet time: 15mins

Name
Class
Date
1.

Which type of computer architecture is most commonly used in modern general-purpose processors?

a)

Harvard architecture

b)

Von Neumann architecture

c)

RISC-V architecture

d)

Cloud-based architecture

2.

What is a key characteristic of a RISC (Reduced Instruction Set Computing) processor?

a)

It uses a complex set of instructions for efficient computation

b)

It is optimized for virtualization environments

c)

It requires microcode to interpret instructions

d)

It executes a small number of simple instructions quickly

3.

Which component of a CPU is responsible for fetching, decoding, and executing instructions?

a)

Arithmetic Logic Unit (ALU)

b)

Cache memory

c)

Register file

d)

Control unit

4.

In a multi-core processor, what is the main advantage of having multiple cores?

a)

It allows parallel execution of multiple tasks

b)

It increases the clock speed of the processor

c)

It eliminates the need for RAM

d)

It replaces the need for a GPU

5.

What is the primary function of a memory cache in a CPU?

a)

It increases the total memory capacity of the system

b)

It stores user files for quick access

c)

It provides backup storage in case of power loss

d)

It stores frequently accessed data to speed up processing

6.

Which type of memory is typically used for main system RAM?

a)

SRAM

b)

DRAM

c)

ROM

d)

Flash memory

7.

What is a key difference between primary and secondary memory?

a)

Primary memory is used for long-term storage, while secondary memory is temporary

b)

Primary memory is always non-volatile, while secondary memory is volatile

c)

Primary memory is directly accessible by the CPU, while secondary memory requires additional steps to access

d)

Secondary memory is faster than primary memory

8.

Which type of bus is responsible for transferring data between the CPU and memory?

a)

Control bus

b)

Peripheral bus

c)

Data bus

d)

Network bus

9.

What is the main role of the Arithmetic Logic Unit (ALU) in a processor?

a)

Managing data storage and retrieval

b)

Performing mathematical and logical operations

c)

Controlling the execution of instructions

d)

Handling input and output operations

10.

Which of the following best describes a SIMD (Single Instruction, Multiple Data) architecture?

a)

A single instruction operates on multiple data points simultaneously

b)

Multiple instructions operate on a single data point

c)

Instructions are executed one at a time in sequence

d)

It refers to a single-core processor executing one thread at a time

11.

A growing company wants to scale its application infrastructure to handle an increasing number of users while maintaining performance and reliability Which architecture should they consider?

a)

Monolithic architecture

b)

Microservices architecture

c)

Peer-to-peer architecture

d)

Client-server architecture

12.

What is the main purpose of a Service-Oriented Architecture (SOA)?

a)

To provide a centralized database for all applications

b)

To improve data encryption in cloud applications

c)

To enforce strict client-server relationships

d)

To enable independent services to communicate and be reused across applications

13.

A company is deploying a critical business application and wants to ensure high availability Which approach should they use?

a)

Use a multi-region cloud deployment with load balancing

b)

Deploy the application on a single high-performance server

c)

Increase RAM and CPU on existing infrastructure

d)

Host the application on a personal workstation for better control

14.

In a three-tier architecture, which tier is responsible for processing business logic?

a)

Presentation tier

b)

Application tier

c)

Data tier

d)

Network tier

15.

An organization wants to move from traditional on-premise data centers to a more flexible infrastructure model where resources can be provisioned on demand Which model should they adopt?

a)

Edge computing

b)

Grid computing

c)

Cloud computing

d)

Fog computing

16.

What is a key advantage of using containerization in IT architecture?

a)

It allows applications to run consistently across different environments

b)

It eliminates the need for operating systems

c)

It replaces the need for databases in applications

d)

It requires less storage than traditional applications

17.

A company needs to process large amounts of real-time streaming data from IoT devices Which architectural pattern is best suited for this use case?

a)

Batch processing with relational databases

b)

Peer-to-peer computing

c)

Traditional monolithic applications

d)

Event-driven architecture

18.

What is the main benefit of a loosely coupled system in IT architecture?

a)

Components can be developed and updated independently

b)

Reduced need for network security

c)

Higher data compression efficiency

d)

Faster processing speed

19.

A financial services company needs to ensure that transactions are processed reliably even if a server fails What architectural principle should they prioritize?

a)

Stateless architecture

b)

High availability and fault tolerance

c)

Manual failover systems

d)

Single-instance deployment

20.

What is a primary difference between monolithic and microservices architectures?

a)

Monolithic applications run only in the cloud, while microservices run on-premises

b)

Microservices are easier to deploy but harder to maintain than monolithic applications

c)

Monolithic architectures bundle all components together, while microservices separate them into independent services

d)

Microservices require more hardware than monolithic applications

21.

What is the main purpose of system architecture in IT?

a)

To design the user interface only

b)

To define the structure, behavior, and interactions of a system

c)

To manage databases exclusively

d)

To write software code

22.

Which architectural style follows the principle of separating concerns using layers?

a)

Event-driven architecture

b)

Microservices architecture

c)

Layered architecture

d)

Peer-to-peer architecture

23.

What is a key characteristic of microservices architecture?

a)

Services are independent and communicate via APIs

b)

All components run as a single monolithic application

c)

There is no need for network communication between services

d)

A central database is mandatory for all services

24.

What is the primary role of an API in a system architecture(SAO)?

a)

To store all application data

b)

To enable communication between different software components

c)

To replace a user interface

d)

To act as a security firewall

25.

Which of the following best describes a monolithic architecture?

a)

All components of the application are tightly integrated into a single unit

b)

The system consists of loosely coupled independent services

c)

The system only uses cloud-based components

d)

Each module runs on a different server independently

26.

What is a major advantage of a microservices-based architecture?

a)

It removes the requirement for security measures

b)

All services must use the same programming language

c)

It eliminates the need for databases

d)

Scalability and flexibility in development and deployment

27.

What is the main function of a load balancer in system architecture?

a)

To distribute traffic across multiple servers to ensure availability

b)

To store and manage user authentication data

c)

To execute business logic in the application

d)

To generate reports from database queries

28.

Which database model is most suitable for handling large amounts of unstructured data?

a)

In-memory databases

b)

Relational databases (SQL)

c)

NoSQL

d)

File-based storage systems

29.

What is an essential characteristic of cloud computing architecture?

a)

Resources are scalable and provided on-demand

b)

All applications run on local servers only

c)

Data is stored only on physical disks

d)

Internet access is not required

30.

Which component in a three-tier architecture handles business logic?

a)

Data layer

b)

Presentation layer

c)

Application layer

d)

Network layer