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IT Certification
CCENT 01
67 Questions
|
By Ecpidude | Updated: Feb 28, 2013
| Attempts: 376
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1.
Class B: Network Bits & Host bits
8 NW bits, 24 Host Bits
16 NW Bits, 16 Host Bits
24 NW Bits, 8 Host Bits
Submit
Start Quiz
About This Quiz
2.
What's your name?
We’ll put your name on your report, certificate, and leaderboard.
2.
Default network mask: 255.255.0.0 Default number of network bits: 16 Default number of host bits: 16
Class A
Class B
Class C
Submit
3.
What is Layer 2?
Data Link
Physical
Application
Presentation
Submit
4.
Default network mask: 255.0.0.0 Default number of network bits: 8 Default number of host bits: 24
Class A
Class B
Class C
Submit
5.
Default network mask: 255.255.255.0 Default number of network bits: 24 Default number of host bits: 8
Class A
Class B
Class C
Submit
6.
What is Layer 3?
Network
Data Link
Physical
Application
Submit
7.
Virtual circuits
Permanent virtual circuit
Select a Match
SVC
PVC
switch virtual circuit
Select a Match
SVC
PVC
Submit
8.
Dynamic routing protocols:
RIP
Select a Match
routing information protocol
open shortest path first
enhanced integrated gateway routing protocol
integrated gateway routing
IGRP
Select a Match
routing information protocol
open shortest path first
enhanced integrated gateway routing protocol
integrated gateway routing
EIGRP
Select a Match
routing information protocol
open shortest path first
enhanced integrated gateway routing protocol
integrated gateway routing
OSPF
Select a Match
routing information protocol
open shortest path first
enhanced integrated gateway routing protocol
integrated gateway routing
Submit
9.
Class C: Network Bits & Host bits
8 NW Bits, 24 Host Bits
16 NW Bits, 16 Host Bits
24 NW Bits, 8 Host Bits
Submit
10.
What is Layer 4?
Transport
Network
Data Link
Physical
Submit
11.
What is Layer 1?
Physical
Application
Presentation
Session
Submit
12.
What is Layer 5?
Session
Transport
Network
Data Link
Submit
13.
HTTP port(s)
TCP 20
TCP 21
TCP 22
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
Submit
14.
What is Layer 6?
Presentation
Session
Transport
Network
Submit
15.
User mode
R>
R#
R(config)#
Submit
16.
What is Layer 7?
Application
Presentation
Session
Transport
Submit
17.
What is error detection?
Finding an error
Doing something about the error
Submit
18.
Class A: Network Bits & Host bits
8 NW Bits, 24 Host Bits
16 NW Bits, 16 Host Bits
24 Network Bits, 8 Host Bits
Submit
19.
What does the Transport Layer of the TCP/IP model cover on the OSI model?
Application
Presentation
Session
Transport
Network
Data Link
Physical
Submit
20.
What is error recovery?
Finding an error
Doing something about the error
Submit
21.
Enable mode
R>
R#
R(config)#
Submit
22.
What does the Internetwork Layer of the TCP/IP model cover on the OSI model?
Application
Presentation
Session
Transport
Network
Data Link
Physical
Submit
23.
Flash memory
Stores the router’s bootstrap startup program, operating system software, and power-on diagnostic test programs (POST).
The IOS images are held here. Flash is erasable and reprogrammable ROM. Flash memory content is retained by...
The IOS images are held here. Flash is erasable and reprogrammable ROM. Flash memory content is retained by the router on reload.
Stores operational information such as routing tables and the running configuration file. contents are lost when the router is...
Stores operational information such as routing tables and the running configuration file. contents are lost when the router is powered down or reloaded.
Holds the router’s startup configuration file. contents are not lost when the router is powered down or reloaded.
Submit
24.
Administrative Distance: Static
0
1
5
90
100
110
115
120
170
200
Submit
25.
Class C range:
Submit
26.
Ping & traceroute: !!!!!
IP connectivity to destination exists
IP connectivity to destination does not exist
The local router has a route to the destination, but a downstream router does not.
Submit
27.
Class E range:
Submit
28.
Administrative Distance: Directly Connected
0
1
5
90
100
110
115
120
170
200
Submit
29.
Class A range:
Submit
30.
Class B range:
Submit
31.
Which side is the clockrate on?
DCE
DTE
Submit
32.
Class D range:
Submit
33.
Telnet port(s):
TCP 20
TCP 21
TCP 22
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
Submit
34.
What does the Application Layer of the TCP/IP model cover on the OSI model?
Application
Presentation
Session
Transport
Network
Data Link
Physical
Submit
35.
Random-Access Memory
Stores operational information such as routing tables and the running configuration file.
The IOS images are held here. Flash is erasable and reprogrammable ROM. content is retained by the router...
The IOS images are held here. Flash is erasable and reprogrammable ROM. content is retained by the router on reload.
Stores operational information such as routing tables and the running configuration file. contents are lost when the router is...
Stores operational information such as routing tables and the running configuration file. contents are lost when the router is powered down or reloaded.
Holds the router’s startup configuration file. contents are not lost when the router is powered down or reloaded.
Submit
36.
10Base-T
IEEE 802.3
IEEE 802.3u
IEEE 802.3Z
IEEE 802.ab
Submit
37.
POP3 port(s):
TCP 20
TCP 21
TCP 22
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
Submit
38.
ROM
Stores the router’s bootstrap startup program, operating system software, and power-on diagnostic test programs (POST).
The IOS images are held here. Flash is erasable and reprogrammable ROM.
Stores operational information such as routing tables and the running configuration file.
Holds the router’s startup configuration file. contents are not lost when the router is powered down or reloaded.
Submit
39.
NVRAM
Stores the router’s bootstrap startup program, operating system software, and power-on diagnostic test programs (POST).
The IOS images are held here. Flash is erasable and reprogrammable ROM. content is retained by the router...
The IOS images are held here. Flash is erasable and reprogrammable ROM. content is retained by the router on reload.
Stores operational information such as routing tables and the running configuration file. contents are lost when the router is...
Stores operational information such as routing tables and the running configuration file. contents are lost when the router is powered down or reloaded.
Holds the router’s startup configuration file. contents are not lost when the router is powered down or reloaded.
Submit
40.
What are the characteristics to TCP?
Guaranteed delivery
Error detection via sequence and ACK numbers
Windowing
"connection-oriented"
"best-effort" delivery, but no guarantee of delivery
No error detection
No windowing
"connectionless"
Submit
41.
VoIP port(s):
UDP 67
UDP 68
UDP 69
UDP 161
UDP 16384 - 32767
Submit
42.
SMTP port(s):
TCP 20
TCP 21
TCP 22
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
Submit
43.
What are the characteristics to UDP?
Guaranteed delivery
Error detection via sequence and ACK numbers
Windowing
"Connection-oriented"
"best-effort" delivery, but no guarantee of delivery
No error detection
No windowing
"Connectionless"
Submit
44.
SNMP port(s):
UDP 67
UDP 68
UDP 69
UDP 161
UDP 16384 - 32767
Submit
45.
Ping and traceroute U.U.U
IP connectivity to destination exists
IP connectivity to destination does not exist
The local router has a route to the destination, but a downstream router does not.
Submit
46.
TFTP port(s):
UDP 67
UDP 68
UDP 69
UDP 161
UDP 16384 - 32767
Submit
47.
Common configuration register settings: 0x2102
The default. Router looks for a startup configuration file in NVRAM and for a valid IOS image in flash.
NVRAM contents are bypassed, startup configuration is ignored.
Router boots into ROM monitor mode.
Submit
48.
FTP port(s):
TCP 20
TCP 21
TCP 22
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
Submit
49.
SSL port(s):
TCP 20
TCP 21
TCP 22
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
Submit
50.
Common configuration register settings: 0x2100
The default. Router looks for a startup configuration file in NVRAM and for a valid IOS image in flash.
NVRAM contents are bypassed, startup configuration is ignored.
Router boots into ROM monitor mode.
Submit
51.
Ping and traceroute .....
IP connectivity to destination exists
IP connectivity to destination does not exist
The local router has a route to the destination, but a downstream router does not.
Submit
52.
Administrative Distance: Internal EIGRP
0
1
5
90
100
110
115
120
170
200
Submit
53.
Administrative Distance: OSPF
0
1
5
90
100
110
115
120
170
200
Submit
54.
SSH port(s):
TCP 20
TCP 21
TCP 23
TCP 25
TCP 80
TCP 110
TCP 443
TCP 22
Submit
55.
Administrative Distance: RIP
0
1
5
90
100
110
115
120
170
200
Submit
56.
DNS port(s):
UDP 53
TCP 53
UDP & TCP 53
UDP 24
TCP 24
UDP & TCP 24
Submit
57.
Common configuration register settings: 0x2142
The default. Router looks for a startup configuration file in NVRAM and for a valid IOS image in flash.
NVRAM contents are bypassed, startup configuration is ignored.
Router boots into ROM monitor mode.
Submit
58.
DHCP port(s):
UDP 67
UDP 68
UDP 69
UDP 161
UDP 16384 - 32767
Submit
59.
Administrative Distance: ISIS
0
1
5
90
100
110
115
120
170
200
Submit
60.
Fast ethernet
IEEE 802.3
IEEE 802.3u
IEEE 802.3z
IEEE 802.3ab
Submit
61.
Administrative Distance: iBGP
0
1
5
90
100
110
115
120
170
200
Submit
62.
What does the Network Interface of the TCP/IP model cover on the OSI model?
Application
Presentation
Session
Transport
Network
Data Link
Physical
Submit
63.
Privilege mode
R>
R#
R(config)#
Submit
64.
Administrative Distance: External EIGRP
0
1
5
90
100
110
115
120
170
200
Submit
65.
Administrative Distance: IGRP
0
1
5
90
100
110
115
120
170
200
Submit
66.
Administrative Distance: EIGRP Summary
0
1
5
90
100
110
115
120
170
200
Submit
67.
Gigabit ethernet
IEEE 802.3
IEEE 802.3u
IEEE 802.3z
IEEE 802.ab
Submit
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Answered (
)
Class B: Network Bits & Host bits
Default network mask: 255.255.0.0...
What is Layer 2?
Default network mask: 255.0.0.0...
Default network mask: 255.255.255.0...
What is Layer 3?
Virtual circuits
Dynamic routing protocols:
Class C: Network Bits & Host bits
What is Layer 4?
What is Layer 1?
What is Layer 5?
HTTP port(s)
What is Layer 6?
User mode
What is Layer 7?
What is error detection?
Class A: Network Bits & Host bits
What does the Transport Layer of the TCP/IP model cover on the OSI...
What is error recovery?
Enable mode
What does the Internetwork Layer of the TCP/IP model cover on the OSI...
Flash memory
Administrative Distance: Static
Class C range:
Ping & traceroute: !!!!!
Class E range:
Administrative Distance: Directly Connected
Class A range:
Class B range:
Which side is the clockrate on?
Class D range:
Telnet port(s):
What does the Application Layer of the TCP/IP model cover on the OSI...
Random-Access Memory
10Base-T
POP3 port(s):
ROM
NVRAM
What are the characteristics to TCP?
VoIP port(s):
SMTP port(s):
What are the characteristics to UDP?
SNMP port(s):
Ping and traceroute U.U.U
TFTP port(s):
Common configuration register settings: 0x2102
FTP port(s):
SSL port(s):
Common configuration register settings: 0x2100
Ping and traceroute .....
Administrative Distance: Internal EIGRP
Administrative Distance: OSPF
SSH port(s):
Administrative Distance: RIP
DNS port(s):
Common configuration register settings: 0x2142
DHCP port(s):
Administrative Distance: ISIS
Fast ethernet
Administrative Distance: iBGP
What does the Network Interface of the TCP/IP model cover on the OSI...
Privilege mode
Administrative Distance: External EIGRP
Administrative Distance: IGRP
Administrative Distance: EIGRP Summary
Gigabit ethernet
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