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Question 1 of 1

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82308

120

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What is the difference between the various Network Infrastructure types of LAN, WAN, MAN, PAN and SCADA/ICS?

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Explanation

LAN - Local Area Network, WAN - Wide Area Network, PAN - Personal Area Network, MAN - Metropolitan Area Network

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LAN
WAN
PAN
MAN
SCADA/ICS

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A communication between remote equipment of almost an sort imaginable such as pumping station, robotic machines and so on.
A network that is confind to one Geographical area, such as a university campus or city.
A Data Network that is restricted to a single Geographic location and typcially encompasses a realtively small area, such as an office building or School.
Essentially a LAN created to share data among devices associated with you.
A Network that spans more than one geographic location, often connecting separated LAN's are slower than LAN's and often require additional and costly hardware such as routers, deidcated lease lines and a complicated implenentation procedure.

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What is the role of the client computer in a client/server model?

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82326

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What will disrupt data transmission on a Bus Network?

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Explanation

Just remember for the Exam that Loose or missing termintators will distrupt Data. Signal Reflection is caused when Terminators are not grounded and will slow down data transmission but not distrupt it

82327

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Of the Topologies Learned which is the easiest to Expand in terms of the Number of devices connected to the network?

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82328

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Of the Topologies Learned Which offers better fault tolerance than the other Topologies?

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82329

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Hybrid Topology can also refer to the combination of wireless and wired networks. True or False?

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Explanation

Even though they can refer to both, just keep in mind during the exam that when they mention Hybrid they are most likely refering to the combination of Physical Networks

82330

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What are the Seven items that constitute the Network+ Objectives when you create a network from scratch? (Choose 7)

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82331

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Match the Layer Number to its correct Name

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Match the text
1
2
3
4
5
6
7

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Presentation
Application
Physical Layer
Transport
Network
Data Link
Session

82337

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Match the Major Function's to the corresponding OSI Layer

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Physical (Layer 1)
Data Link (Layer 2)
Network (Layer 3)
Transport (Layer 4)
Session (Layers 5)
Presentation (Layer 6)
Application (Layer 7)

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Provides access to the network for applications.
Synchronizes the data exchange between applications on separate devices.
Handles the discovery of destination systems and addressing. provides the mechanism by which data can be passed and routed from one network system to another.
Provides connections services between the sending and the receiving devices and ensures reliable data delivery. Manages flow control through buffering or windowing. Provides segmentation, error checking and services.
Defines the physical structure of the network and the topology
Provides error detection and correction. Uses two distinct sublayers: the Media Access Control (MAC) and Logical Link Control (LLC) layers. Identifies the method by which media are accessed. Defines hardware addressing through the MAC sublayer.
Translate data from the forma used by applications into the one that can be transmitted across the network. Handles encryption and decryptino of data. Provides compression and decompression functionality. Formats data from the application layer into a format that can be sent over the network.

82370

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Identify at which layer of the OSI model certain network dvices operate.

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Explanation

Also remember these two as well then they make a reference: Frame that is in Data Link (Layer 2) and Packet that is in Network (Layer 3)

Match the text
Hub
Wireless Bridge
Switch
Router
NIC
Access Point
UDP & TCP

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Network (Layer 3)
Data Link (Layer 2)
Data Link (Layer 2)
Data Link (Layer 2) or Network (Layer 3)
Data Link (Layer 2)
Transport (Layer 4)
Physical (Layer 1)

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What is the difference between Static and Dynamic IP Addressing?

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Match the text
Static IP
Dynamic IP

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Auto assigning of IP address with scope
Manually assigning an addres from those available to you and allowing the host to always use that address

82372

120

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What can be true about DHCP?

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Explanation

DHCP is a protocol-dependent service and is not platform depdendent. This means that you can use, say, a Linux HDCP server for a network with Windows clients or with Linux clients. Although the DHCP Server offerings in the various network operatins ystems

82373

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What provides DNS Suffixes to clients.

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Explanation

Just remember that HDCP can provide DNS suffixes to clients.

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What can be true about IP Helper

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Explanation

Just remember that IP Helpe can do more than a DHCP relay agent.

82375

120

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What is the different between DNS and DDNS?

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Explanation

One Problem with DNS is that, despite all its automatics resolution capabilities, entries and changes to those entries must still be manually performed. Dynamic DNS (DDNS), is a newer system that enables hosts to be dynamically reigstered with the DNS Ser

Match the text
DNS
DDNS

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Enables hosts to be dynamically reigstered with the DHNS Server by making real time changes to hostnames, addresses, and related information.
Entries must still be manually performed

Exam Alerts

Question 1 of 1

Time Left

What is the difference between the various Network Infrastructure types of LAN, WAN, MAN, PAN and SCADA/ICS?

Match the text (click and drag)

(0/0)

Explanation

LAN

WAN

PAN

MAN

SCADA/ICS

A communication between remote equipment of almost an sort imaginable such as pumping station, robotic machines and so on.

A network that is confind to one Geographical area, such as a university campus or city.

A Data Network that is restricted to a single Geographic location and typcially encompasses a realtively small area, such as an office building or School.

Essentially a LAN created to share data among devices associated with you.

A Network that spans more than one geographic location, often connecting separated LAN's are slower than LAN's and often require additional and costly hardware such as routers, deidcated lease lines and a complicated implenentation procedure.

What is the role of the client computer in a client/server model?

Select the correct answer(s).

(0/0)

What will disrupt data transmission on a Bus Network?

Select the correct answer(s).

(0/0)

Explanation

Of the Topologies Learned which is the easiest to Expand in terms of the Number of devices connected to the network?

Select the correct answer(s).

(0/0)

Of the Topologies Learned Which offers better fault tolerance than the other Topologies?

Select the correct answer(s).

(0/0)

Hybrid Topology can also refer to the combination of wireless and wired networks. True or False?

Select the correct answer(s).

(0/0)

Explanation

What are the Seven items that constitute the Network+ Objectives when you create a network from scratch? (Choose 7)

Select the correct answer(s).

(0/0)

Match the Layer Number to its correct Name

Match the text (click and drag)

(0/0)

1

2

3

4

5

6

7

Presentation

Application

Physical Layer

Transport

Network

Data Link

Session

Match the Major Function's to the corresponding OSI Layer

Match the text (click and drag)

(0/0)

Physical (Layer 1)

Data Link (Layer 2)

Network (Layer 3)

Transport (Layer 4)

Session (Layers 5)

Presentation (Layer 6)

Application (Layer 7)

Provides access to the network for applications.

Synchronizes the data exchange between applications on separate devices.

Handles the discovery of destination systems and addressing. provides the mechanism by which data can be passed and routed from one network system to another.

Provides connections services between the sending and the receiving devices and ensures reliable data delivery. Manages flow control through buffering or windowing. Provides segmentation, error checking and services.

Defines the physical structure of the network and the topology

Provides error detection and correction. Uses two distinct sublayers: the Media Access Control (MAC) and Logical Link Control (LLC) layers. Identifies the method by which media are accessed. Defines hardware addressing through the MAC sublayer.

Translate data from the forma used by applications into the one that can be transmitted across the network. Handles encryption and decryptino of data. Provides compression and decompression functionality. Formats data from the application layer into a format that can be sent over the network.

Identify at which layer of the OSI model certain network dvices operate.

Match the text (click and drag)

(0/0)

Explanation

Hub

Wireless Bridge

Switch

Router

NIC