CompTIA Network+ N10-006 500+ Questions + Subnetting Review
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CompTIA Network+ N10-006 500+ Questions + Subnetting Review

Pass the CompTIA Network+ N10-006 exam and review subnetting with videos, 500+ questions and assistance if needed.
4.8 (10 ratings)
Instead of using a simple lifetime average, Udemy calculates a course's star rating by considering a number of different factors such as the number of ratings, the age of ratings, and the likelihood of fraudulent ratings.
150 students enrolled
Created by Learn to Excel .
Last updated 1/2017
English
Current price: $10 Original price: $20 Discount: 50% off
5 hours left at this price!
30-Day Money-Back Guarantee
Includes:
  • 5 hours on-demand video
  • 6 Articles
  • 5 Supplemental Resources
  • Full lifetime access
  • Access on mobile and TV
  • Certificate of Completion
What Will I Learn?
  • Network+ N10-006 syllabus content.
  • How to perform IP Subnetting with video tutorials and explanations.
View Curriculum
Requirements
  • A working understanding of the CompTIA Network+ syllabus or a general background in computer networking.
Description

2015 - 2017 Version

CompTIA Network+ N10-006 ExamPrep: 500+ Practice Questions + IP Subnetting and IPv4 Addressing Review with video tutorials and explanations.

This course provides over 500+ challenging practice questions to help you accomplish your study goals. The questions are separated by topic area to make them digestible and to allow you to strategically tackle your perceived weak points.

Also included are IPv4 Addressing and Subnetting video review lessons! In these videos we will cover:

  • Converting from Binary to Decimal and vice versa
  • IP address structure, subnet masks and network prefixes
  • Converting from subnet masks to CIDR Notation (network prefixes) and vice versa
  • Calculating the number of IP addresses in a given subnet
  • IP address classes
  • Private Address ranges; understanding Public vs Private IP addresses
  • IP Subnetting: What is subnetting? Why do we subnet? How to subnet? Plus worked examples.

Many students tend to get stuck on the finer points of IP Subnetting and they have found these videos to be very helpful. These videos are a $25 value on their own! To ensure that these details stick they come with over 50 IP addressing and subnetting questions with video explanations.

Within the course there is a Q&A forum where you can post any relevant question and we will respond with a helpful answer within 24 hours. We are committed to helping you prepare for your exam. 

The instructor who created this course and who also monitors the Q&A section has been an IT Instructor for over 15 years. He holds the following certifications:

  • CompTIA Network+ / A+ / Linux+ / Security+ / CTT+
  • PMI-PMP
  • MCSE: Cloud Platform and Infrastructure
  • CCNA

There isn't any question relevant to this course that we cannot answer or will go unanswered. 

We also periodically review the course's content for relevance and take every suggestion seriously. Based on user feedback we will add more questions to suggested areas as the need arises.

This product is also backed by Udemy's no hassle 30-day money back guarantee. If you are not satisfied for any reason you will get a full refund from Udemy. There is no risk to you for trying our product. 

We invite you to enroll in our course and be on your way to becoming certified. 


At the end of the course participants will be able to:

  • Recall details tested in the exam.
  • Perform IP Subnetting.
  • Understand the tricky details of the Network+ exam syllabus.
  • Approach the exam with more confidence.

Material included:

  • Exam questions.
  • Downloadable review videos for IPv4 addressing.
  • A interactive support forum for asking followup questions.



Credit for the score used in the promotional video goes to:
Artist: Alexander Blu
Song: Groovy Day
Source: OrangeFreeSounds
Licence: CC BY 4.0

Who is the target audience?
  • A student wishing to write the CompTIA Network+ N10-006 exam.
  • Anyone who needs an IP Subnetting refresher with assistance.
  • Anyone wanting mentorship through an interactive forum in preparation for the Network+ exam.
  • Anyone wishing to memorize the CompTIA Network+ N10-006 course content.
Students Who Viewed This Course Also Viewed
Curriculum For This Course
63 Lectures
04:56:32
+
Course Introduction
2 Lectures 04:45

Welcome to the course!

Preview 00:29

Provides an introduction to the instructor, his bio, the course objectives, resources and how to submit questions.

Course Overview
04:16
+
Network Topologies, OSI Model, TCP/IP Model, Protocols and Ports
0 Lectures 00:00

Detailed practice questions on the OSI Model and the TCP/IP model.

OSI Model and TCP/IP Model
27 questions

Detailed practice questions on the different networking topologies, routers, switches, hubs and service provider devices such as a CSU/DSU.

Network Topologies and Basic Devices
22 questions

Detailed practice questions on the different application layer protocols and their related ports. 

Protocols and Ports
33 questions
+
Networking Tools and Components
0 Lectures 00:00

Detailed practice questions on the various networking tools such as the punch down tool, toner probe, network tester, TDR, OTDR, cable certifier, Wifi Analyzer, Network Analyzer, multimeter and the loopback plug.

Networking Tools
16 questions

Detailed practice questions on the various network cable types, category ratings, maximum lengths, connector types, color code such as the TIA/EIA-568 standard, crossover cable, straight through and the rollover cable. 

Cabling and Connectors
34 questions

Detailed practice questions on networking devices such as a network firewall, router, switch, wireless access points, collision domains and broadcast domains.

Networking Devices
15 questions

Detailed practice questions on the various sources of electromagnetic interference (EMI).

EMI
3 questions

Detailed practice questions on VoIP protocols and configurations. 

VoIP
3 questions

Detailed practice questions on DHCP scope, DHCP exclusions, DHCP reservations, DHCP options, DHCP leases and DHCP Relay Agent/IP Helper. 

DHCP
10 questions

Detailed practice questions on DNS record types and DNS troubleshooting commands. 

DNS
12 questions

Detailed practice questions on WINS functions. 

WINS
2 questions
+
Ethernet
0 Lectures 00:00

Detailed practice questions on Ethernet principles and standards.

Ethernet Principles
7 questions

Detailed practice questions on link aggregation (bonding) and LACP.

Bonding
5 questions

Detailed practice questions on power over Ethernet (PoE).

Power over Ethernet (PoE)
3 questions

Detailed practice questions on port mirroring.

Port Mirroring
3 questions

Detailed practice questions on the spanning tree protocol (STP). 

Spanning Tree Protocol (STP)
4 questions

Detailed practice questions on virtual LANs (VLANs).

VLANs
6 questions
+
IPv4 Addressing Review
35 Lectures 02:31:40

IPv4 cram sheet containing IPv4 addressing rules, IPv4 Classes, IPv4 Private address ranges and the Automatic Private IP Address (APIPA) range. 

IPv4 Cram Sheet
01:06


Video tutorial for converting binary to decimal.

Preview 05:03

Worked example

Convert this binary number to decimal without the use of a calculator: 

11001010

Preview 01:25

Video tutorial for converting decimal to binary.

Preview 03:07

Worked example

Convert this decimal number to binary without the use of a calculator:

157

Preview 01:59

Detailed practice questions on converting from binary to decimal and vice versa.

Binary Conversion Practice Questions 1-9
9 questions

Detailed video answers to the binary conversion practice questions.

Preview 13:04

IPv4 Address Structure Section Overview
00:33

Introductory basics for IPv4 addresses such as the address length and the concept of an octet.

Introduction to the IPv4 Address
02:21

Dividing the IP address into Network ID and Host ID using a subnet mask. 

The following three examples are explored in detail:

  1. Divide 192.168.1.5 / 255.255.255.0 into Network ID and Host ID.
  2. Divide 172.16.5.9 / 255.255.0.0 into Network ID and Host ID.
  3. Divide 192.168.5.130 / 255.255.255.192 into Network ID and Host ID.
IPv4 Address Structure with a Subnet Mask
09:26

Dividing an IP address into Network ID and Host ID using a subnet mask. 

The following example is explored in detail:

  • Divide 192.168.9.63 / 255.255.255.0 into Network ID and Host ID.
IPv4 Address Structure with a Subnet Mask Example 1
01:43

Dividing an IP address into Network ID and Host ID using a subnet mask. 

The following example is explored in detail:

  • Divide 192.168.9.70 / 255.255.255.192 into Network ID and Host ID.
IPv4 Address Structure with a Subnet Mask Example 2
06:18

An introduction to the prefix length and CIDR Notation.

CIDR Notation
05:39

Dividing an IP address into Network ID and Host ID using a prefix length. 

The following example is explored in detail:

  • Divide 192.168.88.66 /26 into Network ID and Host ID.
IPv4 Address Structure with CIDR Notation Example 1
02:58

Converting a subnet mask to a prefix length. The following example is explored:

How to convert a subnet mask of 255.255.255.224 to a prefix length?

Converting a Subnet Mask to Prefix Length Example
03:19

A tutorial on converting a prefix length to a subnet mask. In this video we explore converting /15 to a subnet mask.

Converting Prefix Length to a Subnet Mask Worked Example
01:44

Detailed practice questions on converting subnet masks to network prefixes and vice versa.

CIDR Notation (network prefixes)
7 questions

Detailed video answers for the CIDR Notation questions. 

CIDR Notation Q&A
12:54

Subnet Mask and Prefix Length Cheatsheet
00:06

IPv4 Address Types Section Overview
00:34

A description of the unicast, multicast and broadcast transmission types.

IPv4 Transmission Types
06:05

A description of the network ID, directed broadcast IP, broadcast IP and the loopback IP address range.

Special IPv4 Addresses
09:58

A tutorial on calculating the number of IP addresses for a given network ID.

Calculating the Number of IPs per Network ID
05:58

Two worked examples on calculating the number of IP addresses in a given network. The examples used are:

Calculate the number of IP addresses in the network given:

  • 172.18.32.0 /19
  • 192.168.5.64 / 255.255.255.192
Calculating the Number of IPs per Network ID Worked Example
04:24

Detailed practice questions on calculating the number of IP addresses per subnet.

Calculating the Number of IPs per Subnet Questions
14 questions

Detailed video answers for the calculating the number of IPs per Subnet batch 1-7 questions.

Calculating the Number of IPs per Subnet Q&A 1-7
05:49

Detailed video answers for the calculating the number of IPs per Subnet batch 8-14 questions.

Calculating the Number of IPs per Subnet Q&A 8-14
13:46

IPv4 Address Classes Section Overview
00:33

Detailed tutorial of Class A.

IPv4 Address Class A
02:50

Detailed tutorial of Class B.

IPv4 Address Class B
02:20

Detailed tutorial of Class C.

IPv4 Address Class C
02:05

Detailed tutorial of Class D.

IPv4 Address Class D
02:14

Detailed tutorial of Class E.

IPv4 Address Class E
02:14

Detailed practice questions on IP addressing classes. 

Classful IP Addressing Questions
21 questions

Detailed video answers for IP address classes questions. 

Classful IP Addressing Q&A
07:26

Detailed description of the Private IP Address Ranges.

Private IP Address Ranges Tutorial
04:35

Detailed description for the Automatic Private IP Address range.

APIPA - Automatic Private IP Address Tutorial
03:37

Detailed practice questions on Private and Public IP addresses. 

Public vs Private IPs
7 questions

Detailed video answers for Public vs Private IPs questions.

Public vs Private IPs Q&A
03:48
+
IP Subnetting Review
21 Lectures 02:16:12

A brief description of subnetting.

Preview 03:04

An introduction to the subnetting process. Part 1.

How to subnet? Overview part 1
05:26

An introduction to the subnetting process. Part 2.

How to subnet? Overview part 2
05:03

A detailed subnetting demonstration with complete explanations. Part 1.

Full Subnetting Worked Example A part 1
06:15

A detailed subnetting demonstration with complete explanations. Part 2.

Full Subnetting Worked Example A part 2
05:41

A detailed subnetting demonstration with complete explanations. Part 3.

Full Subnetting Worked Example A part 3
08:06

A detailed subnetting demonstration with complete explanations. Part 1.

Full Subnetting Worked Example B part 1
04:44

A detailed subnetting demonstration with complete explanations. Part 2.

Full Subnetting Worked Example B part 2
03:46

A detailed subnetting demonstration with complete explanations. Part 3.

Full Subnetting Worked Example B part 3
05:50

A full subnetting practice question.
Subnetting Quiz Case 1
5 questions

A detailed video explanation to the 'Subnetting Quiz Case 1'.

Explanations: Subnetting Quiz Case 1
12:15

A full subnetting practice question.
Subnetting Quiz Case 2
5 questions

A detailed video explanation to the 'Subnetting Quiz Case 2'.

Explanations: Subnetting Quiz Case 2
11:39

Which of the following IP addresses are on the same subnet?

A: 192.168.55.60 255.255.255.240
B: 192.168.55.63 255.255.255.240
C: 192.168.55.65 255.255.255.240

Subnetting Question Type A
10:50

Subnetting practice questions.
Subnetting Practice Questions Type A
3 questions

Detailed explanations to the 'Subnetting Practice Questions Type A'.

Explanations: Subnetting Practice Questions Type A Quiz
10:43

Quickly identify the subnet that the IP 192.168.201.40 /28 belongs to.

Subnetting Question Type B
06:40

Subnetting practice questions.
Subnetting Practice Questions Type B
3 questions

Detailed explanations to the 'Subnetting Practice Questions Type B'.

Explanations: Subnetting Practice Questions Type B Quiz
06:18

Which of the following is a directed broadcast IP address?

A: 192.168.55.0 /28
B: 192.168.55.95 /27
C: 192.168.55.96 /27
D: 192.168.55.7 /30

Subnetting Question Type C
06:40

Subnetting practice questions.
Subnetting Practice Questions Type C
3 questions

Detailed explanations for question 1 from the 'Subnetting Practice Questions Type C' quiz.

Explanations: Subnetting Practice Questions Type C Q1
07:35

Detailed explanations for question 2 from the 'Subnetting Practice Questions Type C' quiz.

Explanations: Subnetting Practice Questions Type C Q2
04:20

Detailed explanations for question 3 from the 'Subnetting Practice Questions Type C' quiz.

Explanations: Subnetting Practice Questions Type C Q3
05:00

A PC has the IP address 192.168.28.150 255.255.255.192. It is configured to use the default gateway IP 192.168.28.128. Why is it not able to access the Internet?

Subnetting Question Type D
05:44

Subnetting practice questions.
Subnetting Practice Questions Type D
3 questions

A batch of 10 assorted subnetting practice questions.
Subnetting Practice Questions 1 - 10
10 questions
+
IPv6 Addressing Review
1 Lecture 02:18

IPv6 cheatsheet containing IPv6 address formatting rules, IPv6 transmission types, IPv6 address types such as the IPv6 loopback, IPv6 Link-Local range, IPv6 Unique Local range, IPv6 Global Unicast range, Stateless vs Stateful IPv6 addressing, IPv6 EUI-64 address and Teredo. 

IPv6 Cram Sheet
02:18

Detailed practice questions on IPv6 address format.

IPv6 Address Format
4 questions

Detailed practice questions on IPv6 autoconfiguration addresses. 

IPv6 Autoconfiguration
5 questions

Detailed practice questions on IPv6 transmission types. 

IPv6 Transmission Types
2 questions
+
Routing
0 Lectures 00:00

Detailed practice questions on routing protocols and concepts. 

Routing Protocols
16 questions
+
Wireless LANs
2 Lectures 00:14

Wireless standards cheatsheet containing all of the relevant details such as frequency, maximum speed, modulation and important notes to remember.

Wireless Cheatsheet
00:00

Sources of Wireless Interference Article
00:13

Detailed practice questions on wireless networking concepts and technologies such as interference, non-overlapping channels, frequencies, modulation and MIMO.

WLAN Concepts and Technologies
21 questions

Detailed practice questions on wireless antenna types and concepts. 

Antenna Basics
3 questions

Detailed practice questions on wireless network security.

WLAN Security
15 questions
+
WAN and Cellular Technologies
0 Lectures 00:00

Detailed practice questions on WAN and cellular technologies.

WAN and Cellular Technologies
19 questions
6 More Sections
About the Instructor
Learn to Excel .
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We have over 10 years experience providing one-on-one IT certification training to working professionals. Having helped many individuals at different stages in their career we would like to help you take yours to the next level. 

Our content creators are certified in the following:

CompTIA A+ / Network+ / Security+ / Linux+ / Project+ / CTT+

EC-Council Certified Ethical Hacker

MCSE: Cloud Platform and Infrastructure

CCNA / CCNP

Project Management Institute PMP

Microsoft Exchange 2013 / 2016

Microsoft T-SQL

Microsoft SQL Server 2012 / 2014 / 2016