Wayground logo

Free Printable Worksheets

Font size

S
M
L
XL
Worksheets

MIDTERMS REVIEWER NETWORKING

Total questions: 40

Worksheet time: 20mins

Name
Class
Date
1.

How do home office devices typically connect to a network?

a)

Through Layer 2 switches

b)

Using Ethernet cables

c)

Wirelessly to a home router

d)

Via WAN service providers

2.

Which dynamic routing protocol supports unequal cost load balancing?

a)

EIGRP

b)

OSPF

c)

BGP

d)

RIP

3.

When a packet arrives on a router's interface, what does the router examine to find the best path?

a)

CPU usage

b)

Source address

c)

Destination address

d)

Operating System

4.

In networking, what does logical topology describe?

a)

Cable arrangement

b)

Device reliability

c)

Data transfer paths

d)

Network speed

5.

What is the primary purpose of an IPv4 loopback interface on a router?

a)

To test and manage the router

b)

To store packets

c)

To connect to the Internet

d)

To serve as a physical port

6.

What information is typically included in the details of a remote network routing entry?

a)

Administrative distance

b)

MAC address of the next hop

c)

DNS server information

d)

Source IP address

7.

What is the purpose of a default gateway in a network?

a)

To delete packets

b)

To store packets

c)

To route traffic from the local network to devices on remote networks

d)

To forward packets to the control plane

8.

Which characteristic of a network describes the arrangement of cables, network devices, and end systems?

a)

Speed

b)

Topology

c)

Availability

d)

Security

9.

What does a router use to determine the best path to send packets?

a)

Operating System

b)

Memory

c)

Routing table

d)

CPU

10.

What is the primary function of a router in packet forwarding?

a)

Encrypting packets

b)

Determining the best path to send packets

c)

Creating packets

d)

Storing packets

11.

What characteristic indicates how easily a network can accommodate more users and data transmission requirements?

a)

Speed

b)

Reliability

c)

Scalability

d)

Availability

12.

Which routing protocol uses hop count as its metric?

a)

OSPF

b)

RIP

c)

BGP

d)

EIGRP

13.

What information do devices need for network access?

a)

Interfaces used in the design

b)

LED indicators

c)

Device names

d)

IP address, subnet mask, and default gateway

14.

In a lab environment, what must be configured for a serial interface labeled DCE?

a)

IPv6 address

b)

DHCP configuration

c)

Clock rate command

d)

Loopback address

15.

What is a routing table used for in networking?

a)

Enhancing network security

b)

Determining the best route to a destination

c)

Improving network reliability

d)

Calculating network speed

16.

What are the essential components required for a router to operate like a computer?

a)

Graphics card and sound card

b)

Printer and scanner

c)

Monitor and keyboard

d)

Central Processing Unit (CPU), Operating System (OS), Memory

17.

What does the term "cost" refer to in the context of networks?

a)

General expense for purchasing network components

b)

Data transfer rate

c)

Security measures

d)

Network availability

18.

How is host PC1 configured in an IPv4 network?

a)

By using the ipv6 enable interface config command

b)

Statically assigning an IPv4 address under TCP/IPv4 Properties

c)

By activating interfaces

d)

By using Telnet

19.

What is the primary function of a router in terms of packet forwarding?

a)

Storing packets

b)

Forwarding packets from network to network

c)

Generating packets

d)

Deleting packets

20.

What does the code "C" in the routing table entry represent?

a)

Directly connected interfaces

b)

Dynamic route learned from OSPF

c)

Local Route interfaces

d)

Static route

21.

relied on for web applications, IP telephony, video conferencing, interactive gaming, e-commerce, and much more.

a)
Communication standards
b)

Networks

c)

Data transmission

d)
Internet protocols
22.

Type of topology that refers to arrangement of the cables, network devices, and end systems; it describes how the network devices are actually interconnected with wires and cables

a)
Star topology
b)
Mesh topology
c)
Logical topology
d)
Physical topology
23.

Type of topology that describes the path over which the data is transferred in a network and how the network devices appear connected to network users

a)
Logical topology
b)
Physical topology
c)
Star topology
d)
Mesh topology
24.

measure of the data rate in bits per second (b/s) of a given link in the network

a)
Bandwidth
b)

Speed

c)
Latency
d)
Throughput
25.

Manually configure the IP address, subnet mask, default gateway and probably the DNS server IP address.

a)
Automatically assign IP address and DNS server
b)

Dynamically

c)
Set IP address only without subnet mask
d)

Statistically

26.

IP address information is obtained from a Dynamic Host Configuration Protocol (DHCP) server. • DHCP server provides an IP address, subnet mask, default gateway and probably the DNS server information.

a)
Automatically assign IP address and DNS server
b)

Dynamically

c)
Set IP address only without subnet mask
d)

Statistically

27.

RJ-45 to DB-9 serial cable or a USB serial cable.

a)

Terminal emulation software

b)

Console cable

28.

Tera Term, PuTTY, or HyperTerminal

a)

Terminal emulation software

b)

Console cable

29.

require IP addresses in order for the network administrator to connect to the devices using Telnet, SSH, HTTP, or HTTPS.

a)

MAC addresses

b)

Network devices

c)

IP addresses

30.

requires an IP address to be configured on a virtual interface, called the switched virtual interface (SVI).

a)

Switch

b)

Network Devices

c)

Commands

31.

Displays a summary for all interfaces including the IPv4 address of the interface as well as the current operational status.

a)

show ip interface brief

b)

show ip route

c)

show running-config interface interface-id

32.

Displays the contents of the IPv4 routing table.

a)

show ip interface brief

b)

show ip route

c)

show running-config interface interface-id

33.

Displays the commands configured on the specified interface.

a)

show ip interface brief

b)

show ip route

c)

show running-config interface interface-id

34.

Displays interface information and packet flow counts.

a)

show interfaces

b)

show ip interface

35.

Displays the IPv4 related information for all interfaces on a router.

a)

show interfaces

b)

show ip interface

36.

If the destination IP address belongs to a network that is directly connected to the router, the packet is forwarded out of that interface.

a)

Directly connected network

b)

Remote network

c)

No route determined

37.

– If the destination IP address of the packet belongs to a remote network, the packet is forwarded to another router

a)

Directly connected network

b)

Remote network

c)

No route determined

38.

If the destination IP address does not belong to a connected network or is in the routing table, the packet is sent to Gateway of Last Resort.

a)

Directly connected network

b)

Remote network

c)

No route determined

39.

Obtained from the active router interfaces.

a)

Directly connected routes

b)

Remote routes

40.

These are remote networks connected to other routers that are learned from dynamic routing protocols or are statically configured.

a)

Directly connected routes

b)

Remote routes