netconnect.tar.gz

This course is a quick guide for understanding the internet protocol standard IPv4, including its packet structure, subnetting, and address configuration on hosts and routers. It also discusses the sixth version, IPv6, and its addressing scheme, subnetting, and coexistence with IPv4.

A Quick Guide for IP Subnetting

Assume that you’ve been asked to come up with a subnet mask that will allow all three web servers to be on the same network while providing the maximum number of subnets. Which network address and network bits meet this requirement?

Assume that you’ve been asked to come up with a subnet mask that will allow all three web servers to be on the same network while providing the maximum number of subnets. Which network address and network bits meet this requirement?

What is the **first** usable address of `173.22.50.0/24`?



What is the first usable address of <code>173.22.50.0/24</code>?

What is the broadcast address of `13.212.2.128/25`?

What is the broadcast address of <code>13.212.2.128/25</code>?

What is the first and last usable address of `92.68.2.224/30`?

What is the first and last usable address of <code>92.68.2.224/30</code>?

What is the next network of the `84.88.32.32/29`?

What is the next network of the <code>84.88.32.32/29</code>?

What is the next network of the `173.22.50.0/24`?

What is the next network of the <code>173.22.50.0/24</code>?

How many usable hosts are there per subnet if you have the address of `192.168.10.0` with a subnet mask of `/28`?


How many usable hosts are there per subnet if you have the address of <code>192.168.10.0</code> with a subnet mask of <code>/28</code>?

What is the next network of `11.22.33.44/30`?

What is the next network of <code>11.22.33.44/30</code>?

What is the first and last usable address of the `92.68.2.64/26` network?

What is the first and last usable address of the <code>92.68.2.64/26</code> network?

**(Select three)** Assuming a subnet mask of 255.255.248.0, which of the below are the valid host addresses? 

(Select three) Assuming a subnet mask of 255.255.248.0, which of the below are the valid host addresses?

The routing table has entries for the following routes: 
1) 172.16.1.0/24
2) 172.16.1.0/25
3) 172.16.1.0/26
4) A default route

Which routing entry is picked to route a packet to `172.16.1.5/32`?


The routing table has entries for the following routes:
<ol>
<li>172.16.1.0/24</li>
<li>172.16.1.0/25</li>
<li>172.16.1.0/26</li>
<li>A default route</li>
</ol>
Which routing entry is picked to route a packet to <code>172.16.1.5/32</code>?

Let’s suppose that you're working in a data center environment and are assigned the address range `10.188.31.0/23`. you are asked to develop an IP addressing plan to allow the maximum number of subnets with 30 hosts each. Which IP address range meets these requirements?

Let’s suppose that you’re working in a data center environment and are assigned the address range <code>10.188.31.0/23</code>. you are asked to develop an IP addressing plan to allow the maximum number of subnets with 30 hosts each. Which IP address range meets these requirements?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 278 IP addresses and the network is `172.22.96.0/23`, then what will be the next network?

Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 278 IP addresses and the network is <code>172.22.96.0/23</code>, then what will be the next network?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 155 IP addresses and the network is `172.22.99.0/24`, then what will be the first and last usable addresses?

Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 155 IP addresses and the network is <code>172.22.99.0/24</code>, then what will be the first and last usable addresses?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 71 IP addresses and the network is `172.22.101.128/25`, then what will be the first and last usable addresses?


Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 71 IP addresses and the network is <code>172.22.101.128/25</code>, then what will be the first and last usable addresses?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 54 IP addresses and the network is `172.22.102.0/26`, then what will be the broadcast address?

Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 54 IP addresses and the network is <code>172.22.102.0/26</code>, then what will be the broadcast address?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 2 IP addresses and the network is `172.22.102.232/30`, then what will be the next network?


Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 2 IP addresses and the network is <code>172.22.102.232/30</code>, then what will be the next network?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 155 IP addresses and the network is `172.22.99.0/24`, then what will be the broadcast address?

Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 155 IP addresses and the network is <code>172.22.99.0/24</code>, then what will be the broadcast address?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 124 IP addresses and the network is `172.22.101.0/25`, then what will be the next network?

Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 124 IP addresses and the network is <code>172.22.101.0/25</code>, then what will be the next network?

Using the address space of `172.22.96.0/19`, allocate IP addresses for the whole network as efficiently as possible.

If the minimum IP requirement is 39 IP addresses and the network is `172.22.102.64/26`, then what will be the broadcast address?


Using the address space of <code>172.22.96.0/19</code>, allocate IP addresses for the whole network as efficiently as possible.
If the minimum IP requirement is 39 IP addresses and the network is <code>172.22.102.64/26</code>, then what will be the broadcast address?

Test yourself on what you’ve learned so far about IPv4 subnetting.


Quiz Yourself on IPv4

Test yourself on what you’ve learned so far about IPv4 subnetting.

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Quiz Yourself on IPv4 Subnetting