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Worksheets

Network Practical

Total questions: 41

Worksheet time: 21mins

Name
Class
Date
1.

What is Network Function Virtualization (NFV)?

a)

A method of physically connecting multiple servers in a data center

b)

A process of virtualizing all network devices and moving them into the hypervisor

c)

A way to physically link multiple virtual servers

d)

A method of installing physical routers and switches in a virtual environment

2.

What is the main responsibility of the hypervisor in a virtualized network?

a)

Managing physical server racks

b)

Configuring physical switches and routers

c)

Managing virtual machines and network connections

d)

Installing and upgrading physical network devices

3.

In Network Function Virtualization, what replaces physical network components like switches and routers?

a)

Virtual CPUs

b)

Virtual network interface cards (vNICs)

c)

Virtual switches and routers

d)

Physical network interface cards (NICs)

4.

What feature allows you to add and remove virtual network devices like switches or routers through automation?

a)

NetFlow

b)

vNIC

c)

Hypervisor API

d)

Port mirroring

5.

Which of the following is NOT a function of a virtual switch?

a)

NetFlow

b)

vNIC

c)

Hypervisor API

d)

Port mirroring

6.

What is a vNIC used for in virtual machines?

a)

To physically connect virtual machines to the network

b)

To provide virtual machines access to the virtual network

c)

To manage the hypervisor settings

d)

To configure VLANs in the physical network

7.

What term is used to describe the central location from which all virtual network and machine resources are managed?

a)

Network Interface Card (NIC)

b)

Single Pane of Glass

c)

Virtual Machine Manager (VMM)

d)

Data Center

8.

What does the hypervisor manage access to for virtual systems?

a)

VLANs, CPUs, and data centers

b)

Memory, CPUs, and network connections

c)

Firewalls, data storage, and VLANs

d)

Routers, firewalls, and physical servers

9.

How can a hypervisor facilitate adding a new virtual switch to the network?

a)

Through physical installation of a network card

b)

By clicking a few buttons in the hypervisor or using its API

10.

What connects the virtual environment to the physical network in NFV?

a)

Physical network interface cards (NICs)

b)

Hypervisor uplinks

c)

VLAN configurations

d)

Port mirroring

11.

What does a Virtual Machine Manager (VMM) manage in a virtualized environment?

a)

Only physical network switches

b)

Operating systems, virtual systems, and virtual network connections

c)

Only virtual routers

d)

Data storage and file management

12.

Which feature allows multiple virtual switches and servers to share the network load effectively?

a)

Port mirroring

b)

VLAN tagging

c)

Link Aggregation Control Protocol (LACP)

d)

Firewall rules

13.

What is the primary benefit of Network Function Virtualization (NFV)?

a)

Reducing physical server costs by using virtual machines

b)

Increased need for physical network cables

c)

Building larger physical data centers

d)

Replacing physical computers with personal devices

14.

Which of the following is an advantage of using virtual switches over physical switches?

a)

They are more difficult to configure

b)

They can be deployed instantly via the hypervisor

c)

They consume more power

d)

They require physical cables for each connection

15.

What is the purpose of port mirroring in a virtual network environment?

a)

To monitor and capture traffic from one or more ports for analysis

b)

To mirror the physical network into the virtual environment

c)

To duplicate the virtual machines across multiple servers

d)

To balance the load between different network connections

16.

When configuring virtual network interface cards (vNICs), which of the following could be a key use?

a)

Enhancing CPU performance

b)

Enabling network communication for virtual machines

c)

Managing physical routers

d)

Running hypervisor updates

17.

How does Network Function Virtualization (NFV) change the deployment of networking hardware?

a)

It requires more physical routers to be installed

b)

It replaces physical networking hardware with virtualized versions

c)

It increases the number of physical switches needed

d)

It relies solely on wireless networks

18.

What is the role of the hypervisor's API in a virtualized network?

a)

To allow physical server installations

b)

To automate the deployment and removal of virtual network devices

c)

To configure firewalls in physical data centers

d)

To manage physical cable connections

19.

Which of the following can be achieved using a virtual switch in a hypervisor-managed network?

a)

VLAN configurations, port mirroring, and link aggregation

b)

Installing physical routers

c)

Adding extra physical cables for redundancy

d)

Connecting directly to the internet without firewalls

20.

What is the main purpose of a vNIC (virtual network interface card) in a virtual environment?

a)

To provide connectivity between virtual machines and the physical network

b)

To mirror physical network devices in the cloud

c)

To install physical network switches

d)

To reduce memory usage in virtual machines

21.

What is a key advantage of a peer-to-peer network?

a)

Easy administration

b)

Low cost to implement

c)

Centralized security management

d)

High-speed performance

22.

What is a primary disadvantage of peer-to-peer networks?

a)

Centralized server requirement

b)

High cost of installation

c)

Difficult to administer and secure

d)

Slow communication between devices

23.

In a client-server model, how do clients communicate with each other?

a)

Through direct peer-to-peer communication

b)

Via the central server

c)

By broadcasting messages to all clients

d)

Through a personal area network (PAN)

24.

What type of network would you typically find in a single office building?

a)

Wide Area Network (WAN)

b)

Metropolitan Area Network (MAN)

c)

Local Area Network (LAN)

d)

Campus Area Network (CAN)

25.

Which network type is used to connect different buildings in the same city?

a)

Campus Area Network (CAN)

b)

Local Area Network (LAN)

c)

Metropolitan Area Network (MAN)

d)

Personal Area Network (PAN)

26.

What type of network typically provides slower throughput than a local area network?

a)

Campus Area Network (CAN)

b)

Wide Area Network (WAN)

c)

Wireless Local Area Network (WLAN)

d)

Personal Area Network (PAN)

27.

What technology is commonly used to create dynamic connections in a wide area network (WAN)?

a)

MPLS

b)

Dynamic Multipoint VPN (DMVPN)

c)

Ethernet

d)

SAN

28.

What does MPLS use to route and forward data in a wide area network?

a)

IP subnets

b)

Point-to-point connections

c)

Label switching

d)

Static routing

29.

What is the key feature of a software-defined wide area network (SDWAN)?

a)

It provides cloud-based services

b)

It allows dynamic VPN creation

c)

It defines routing based on data types and needs

d)

It eliminates the need for a central data center

30.

What is the main difference between a NAS and a SAN?

a)

NAS is a file-level storage, while SAN is a block-level storage.

b)

NAS is used for personal storage, while SAN is used for enterprise storage.

c)

NAS is faster than SAN.

d)

NAS and SAN are the same.

31.

NAS allows block-level access, while SAN allows file-level access. SAN allows block-level access, while NAS allows file-level access. NAS is used in personal networks, while SAN is used in enterprise networks. SAN is used for backups, while NAS is used for streaming data.

a)

NAS allows block-level access, while SAN allows file-level access

b)

SAN allows block-level access, while NAS allows file-level access

c)

NAS is used in personal networks, while SAN is used in enterprise networks

d)

SAN is used for backups, while NAS is used for streaming data

32.

What is a common feature of a star topology?

a)

Devices are directly connected to each other

b)

Devices connect to a central hub or switch

c)

Devices form a ring to provide redundancy

d)

Devices communicate through a single bus cable

33.

Which network topology provides redundancy by looping back traffic when a connection is severed?

a)

Star

b)

Ring

c)

Bus

d)

Mesh

34.

Why did early Ethernet networks move away from using a bus topology?

a)

Because bus networks were too expensive

b)

Because a single break in the bus could cause network failure

c)

Because bus networks did not support wireless communication

d)

Because bus networks were too slow

35.

In modern automobiles, which type of network is used to connect sensors and controllers?

a)

Star topology

b)

Ring topology

36.

What is the key advantage of a mesh topology?

a)

Low cost of implementation

b)

Redundancy and fault tolerance

c)

Easy setup and minimal cabling

d)

Direct connection between all devices

37.

What type of network topology is most commonly used for IoT (Internet of Things) devices?

a)

Star

b)

Ring

c)

Mesh

d)

Bus

38.

What is a hybrid network topology?

a)

A network that only uses a star topology

b)

A network that combines two or more different topology types

c)

A network that only uses a ring topology for redundancy

d)

A network that only uses ad hoc wireless communication

39.

What type of wireless network allows devices to communicate directly without using an access point?

a)

Infrastructure

b)

Ad hoc

40.

In a mesh network, what is the advantage of self-healing?

a)

It increases the range of the network

b)

It ensures the network continues to function even if a device goes offline

c)

It reduces the overall number of devices needed

d)

It makes the network immune to security threats

41.

What topology is typically used in switched Ethernet networks?

a)

Mesh

b)

Star

c)

Ring

d)

Bus