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

How many bits of data does each field contain in the IPv4 address?

How many bits of data does each field contain in the IPv4 address?

**(True or False)** If the TTL is equal to  0, the packet is discarded?

(True or False) If the TTL is equal to 0, the packet is discarded?

**(Fill in the Blank)** The network `172.168.252.0` belongs to ________.

(Fill in the Blank) The network <code>172.168.252.0</code> belongs to ________.

**(Fill in the Blank)** The purpose of the flag bits in the IPv4 is to identify  ________.


(Fill in the Blank) The purpose of the flag bits in the IPv4 is to identify ________.

Which part of the header generates a unique ID for each packet’s contents?

Which part of the header generates a unique ID for each packet’s contents?

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

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Quiz yourself on IPv4 Packet Structure