This first assessment quizzes you on terms and definitions that are presented in the learning module. You should go through the Learning Module website and chapter 19 in your textbook before working on this quiz.
A,B,C,D,E
A,B, and C
B,C,D,E,F
A,B,C,D,E,F
Subnet
Hostid
Networkid
MAC address
A method of dividing a large network into several smaller ones
An IP address that is written in binary form and not in decimal dotted notaiton
A 32-bit number that, when combined with a device's IP address, informs the rest of the network about the segment or network to which the device is attached.
A method that hides the IP address on a workstation.
One source sending a packet to one destination.
The first byte in an IP address.
16 bytes or 32 hexadecimal digits.
One source sending a packet to multiple destinations.
Hostid
Netid
IP
Network number
A form in which IPv4 addresses are written in decimal form with a decimal point (dot) Separating the bytes.
A form in which Ipv4 addresses are are written in binary form.
Writing an IP address without any decimals.
None of the above.
One source sending a packet to multiple destinations.
IPv6 addresses which are written in hexadecimal form with a colon separating the bytes.
A form of subnetting
None of the above.
One source sending a packet to one destiniation
Dividing one large network into several smaller networks.
Dividing several small networks into a larger network.
Eliminating the need to have a computer network.
The first byte
The second byte
The third byte
None of the above
One source sending a packet to one destination.
One source sending a packet to no destinations.
A communication method that is no longer used.
One source sending a packet to multiple destinations.
TCP
IP
ISO
Security
128-191
192-223
1-126
1-126
192-223
128-191
192-223
128-191
1-126
CIDR
NAT
DHCP
DHCP
CIDR
NAT
DHCP
CIDR
NAT
Mobile Phone
Laptop
Servers
All of the above
Version
TTL
Destination Address
Header Checksum
Fragment Identifier
Protocol
Resource Attack
Denial of Service Attack
Worm and Virus Attack
Larger Address Space
A more efficient header
Higher reachability and scalability
All of the above
IPv6
IPv4
Both IPv4 and IPv6
None of the above
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