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Test your basic knowledge |
Computer Engineering Networking
Start Test
Study First
Subject
:
engineering
Instructions:
Answer 44 questions in 15 minutes.
If you are not ready to take this test, you can
study here
.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.
This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.
1. A TCP/IP network that uses addresses starting between 128 and 191 and supports up to 16 -384 subnets with 65 -534 unique hosts each.
Class B network
DARPA
binary
Straight Cable
2. IPv6 An extended scheme of IP addresses - using 128- bit IP addresses - that allows for more IP addresses than current system - IPv4 - which uses 32- bit IP addresses.
POP
Patch Cable
Workgroup
IPv6
3. Also called 10Base2. Bus network that uses a thin coax cable and runs Ethernet media access up to 185 meters.
latency
FTP
thinnet
Class B network
4. Local Area Network
Workgroup
Class A network
LAN
ethernet
5. An intelligent connecting device that examines each packet of data it receives and then decides which way to send it onward toward its destination.
Router
Switch
Domain
Patch Cable
6. Hardware and/or software that guards a private network by analyzing the information leaving and entering the network
firewall
client
Workgroup
HTTP
7. Category 5e wire - a TIA/EIA standard for UTP wiring with improved support for 100 Mbps using two pairs - and support for 1000 Mbps using four pairs.
HTTP
NI Card
FTP
Cat 5e
8. Taking a system and using it as a distribution system for other systems.
thicknet
binary
Bridge
UTP
9. A computer that uses the services of another program
client
WAN
HTTP
IPv6
10. A device or system which can receive information from and send information to a computer system
NI Card
user
IPv6
terminal
11. An IP address reserved for communicating from a node to itself (used mostly for troubleshooting purposes). The IPv4 loopback address is always cited as 127.0.0.1 - although in fact - transmitting to any IP address whose first octet is 127 will contac
Bandwidth
PAN
Loopback Address
Class A network
12. In IPv4 addressing - a 32- bit number that - when combined with a device's IP address - indicates what kind of subnet the device belongs to.
Subnet
Subnet Mask.
LAN
FTP
13. Temporarily stores new messages on an e- mail server.
Class C network
Bandwidth
POP
Bridge
14. A junction where information arrives from connected computers or peripheral devices and is then forwarded in one or more directions to other.
Hub
user
terminal
LAN
15. Copper cable with RJ-45 connectors in which the wire at pin 1 on one end is connected to pin 1 on the other end; the wire at pin 2 is connected to pin 2 on the other end; and so on.
Switch
ethernet
Straight Cable
throughput
16. Model for understanding and developing computer- to- computer communication developed in the 80s by ISO; divides networking functions among 7 layers.
OSI model.
terminal
Cat 5e
client
17. The delay between asking for data from an I/O device and the beginning of data transfer.
latency
LAN
user
HTTP
18. Personal area network
ethernet
Router
PAN
WAN
19. Hyper Text Transfer Protocol
binary
Hub
HTTP
LAN
20. A TCP/IP network that uses addresses starting between 192 and 254 and supports up to 2 -097 -152 subnets with 254 unique hosts each.
Class C network
ethernet
OSI model.
Straight Cable
21. Bandwidth describes the amount of data which can be transmitted via a network connection - usually measured in bits per second.
firewall
Straight Cable
Bandwidth
Subnet Mask.
22. Also called 10Base5. Bus network that uses a thick coaxial cable and runs Ethernet up to 500 meters.
DARPA
RJ45
thicknet
Patch Cable
23. A device for transmitting data on a network. A switch makes decisions - based on the Media Access Control (MAC) address of the data - as to where the data is to be sent.
Switch
Subnet
Cat 5e
terminal
24. A protocol for communication between individual computers and the Internet.
TCP/IP
Hub
ethernet
PAN
25. Simple Mail Transfer Protocol
IPv4
Cat 5e
Class B network
SMTP
26. The physical layout of a computer network
Domain
Hub
binary
topology
27. A term used to describe a short - connectorized cable that can serve several different purposes in different contexts - such as linking together two MAUs or connecting a network device - such as switch - to a patch panel
latency
RJ45
server
Patch Cable
28. The amount of information that can pass through a system in a given amount of time
Workgroup
throughput
LAN
binary
29. A computer that handles requests for data - e- mail - file transfers - and other network services from other computers (clients)
Switch
server
FTP
Loopback Address
30. Ethernet connector
OSI model.
TCP/IP
topology
RJ45
31. 32 bit number - four octets - contains network and host info
IPv4
Router
Cat 5e
Loopback Address
32. An expansion card used for networking.
client
NI Card
FTP
Class B network
33. Wide Area Network
Loopback Address
LAN
Class C network
WAN
34. A physical and data layer technology for LAN networking
OSI model.
IPv6
ethernet
Loopback Address
35. Base-2 number system that is used as the base for computer code.
Subnet Mask.
user
binary
POP
36. Twisted pair patch cable in which the termination locations of the transmit and receive wires on one end of the cable are reversed
Crossover Cable
throughput
firewall
Subnet Mask.
37. Unshielded Twisted Pair does not have a grounded outer copper shield. UTP cables are easier to work with and are less expensive than shielded cables. Example: RJ-45.
throughput
client
firewall
UTP
38. Defense Advanced Research Projects Agency - developed ARPAnet in 1969
WAN
latency
Subnet Mask.
DARPA
39. A TCP/IP network that uses addresses starting between 1 and 126 and supports up to 126 subnets with 16 -777 -214 unique hosts each.
Router
Bandwidth
Class A network
Domain
40. Subdivisions of a Class A - B - or C network - as configured by a network administrator. Subnets allow a single Class A - B - or C network to be used instead of multiple networks - and still allow for a large number of groups of IP addresses - as is
Class C network
Subnet
firewall
TCP/IP
41. A domain is a trusted group of computers that share security - access control - and have data passed down from a centralized domain controller server or servers.
Domain
Bandwidth
Class C network
thinnet
42. File Transfer Protocol
FTP
Class C network
Workgroup
latency
43. A peer- to- peer network. That is - each computer is sustainable on its own. Each PC has its own user list - its own access control - and its own resources. In order for a user to access resources on another workgroup computer - that user must be set
Loopback Address
thinnet
Workgroup
user
44. Person working on the computer
ethernet
Patch Cable
FTP
user