Network+ Info For The New 2005 003 Test

Front 1

Name the IEEE 802.3 (Ethernet) Characteristics:
A. Name the Speed(s)
B. Name the Access Method

Back 1

A. Speed: 10 Mbps, 100 Mbps, 1000 Mbps and 10 Gbps

B. Access Method: CSMA/CD

Front 2

Name the IEEE 802.3 (Ethernet) Characteristics:
A. Name the Topology(s)
B. Name the Media

Back 2

A. Topology(s): Physical Bus
Logical Bus and Physical Star
Logical Bus

B. Media: Coax or UTP

Front 3

Name the IEEE 802.5 (Token Ring)Characteristics:
A. Name the Speed(s)
B. Name the Access Method

Back 3

A. Speed: 4 or 16 Mbps

B. Access Method: Token Passing

Front 4

Name the IEEE 802.5 (Token Ring) Characteristics:
A. Name the Topology(s)
B. Name the Media

Back 4

A. Topology(s): Physical Star/ Logical ring

B. Media: STP

Front 5

Name the IEEE 802.11 (Wireless) Characteristics:
A. Name the Speed(s)
B. Name the Access Method

Back 5

A. Speed: 1, 2, 4, 10, 11 and 54 Mbps

B. Access Method: CSMA/CA

Front 6

Name the IEEE 802.11 (Wireless) Characteristics:
A. Name the Topology(s)
B. Name the Media

Back 6

A. Topology(s): No Topology

B. Media: None (Wireless)

Front 7

Name the FDDI (Fiber Distributed Data Interface)Characteristics:
A. Name the Speed(s)
B. Name the Access Method

Back 7

A. Speed: 200 Mbps

B. Access Method: Token Passing

Front 8

Name the FDDI (Fiber Distributed Data Interface)
Characteristics:
A. Name the Topology(s)
B. Name the Media

Back 8

A. Topology(s): Physical Star/Logical Ring

B. Media: Fiber-optic or UTP implemented as CDDI

Front 9

Name the Cabling Characteristics for Ethernet name 10BASE2?
A. Cable Type
B. Max Distance
C. Max Speed

Back 9

A. Cable Type: RG-58 cable with BNC “T” connectors

B: Max Distance: 185 meters

C: Max Speed: 10Mbps

Front 10

Name the Cabling Characteristics for Ethernet name 10BASE5?
A. Cable Type
B. Max Distance
C. Max Speed

Back 10

A. Cable Type: RG-8 cables with Vampire tap transceivers

B: Max Distance: 500 Meters

C: Max Speed: 10Mbps

Front 11

Name the Cabling Characteristics for Ethernet name 10BASE-T?
A. Cable Type
B. Max Distance
C. Max Speed

Back 11

A. Cable Type: At least UTP Category 3 cable with RJ-45 connectors

B: Max Distance: 100 Meters

C: Max Speed: 10Mbps

Front 12

Name the Cabling Characteristics for Ethernet name 10BASE-FL?
A. Cable Type
B. Max Distance
C. Max Speed

Back 12

A. Cable Type: Multimode fiber optic cable with ST or SC connectors

B: Max Distance: 2000 Meters

C: Max Speed: 10Mbps

Front 13

Name the Cabling Characteristics for Ethernet name 100BASE-T4?
A. Cable Type
B. Max Distance
C. Max Speed

Back 13

A. Cable Type: At least UTP Category 3 cable with RJ-45 connectors Uses all 4 pairs of wires.

B: Max Distance: 100 meters

C: Max Speed: 100 Mbps

Front 14

Name the Cabling Characteristics for Ethernet name 100BASE-TX?
A. Cable Type
B. Max Distance
C. Max Speed

Back 14

A. Cable Type: At least UTP Category 5 cable with RJ-45 connectors

B: Max Distance: 100 meters

C: Max Speed: 100 Mbps

Front 15

Name the Cabling Characteristics for Ethernet name 100BASE-FX?
A. Cable Type
B. Max Distance
C. Max Speed

Back 15

A. Cable Type: Multimode fiber optic cable with ST or SC connectors

B: Max Distance: 400 meters

C: Max Speed: 100 Mbps

Front 16

Name the Cabling Characteristics for Ethernet name 1000BASE-CX?
A. Cable Type
B. Max Distance
C. Max Speed

Back 16

A. Cable Type: Twinaxial shielded cable with DB-9 or HSSDC connectors

B. Max Distance: 25 meters

C. Max Speed: 1000 Mbps

Front 17

Name the Cabling Characteristics for Ethernet name 1000BASE-LX?
A. Cable Type
B. Max Distance
C. Max Speed

Back 17

A. Cable Type: SMF cable with SC and ST connectors
B. Max Distance: 5 kilometers
C. Max Speed: 1000 Mbps

Front 18

Name the Cabling Characteristics for Ethernet name 1000BASE-SX?
A. Cable Type
B. Max Distance
C. Max Speed

Back 18

A. Cable Type: MMF cable with SC and ST connectors

B. Max Distance: 500 meters

C. Max Speed: 1000 Mbps

Front 19

Name the Cabling Characteristics for Ethernet name 1000BASE-T?
A. Cable Type
B. Max Distance
C. Max Speed

Back 19

A. Cable Type: At least Category 5e UTP cable with RJ-45 connectors

B. Max Distance: 100 meters

C. Max Speed: 1000 Mbps

Front 20

Name the Cabling Characteristics for Ethernet name 10GBASE-ER?
A. Cable Type
B. Max Distance
C. Max Speed

Back 20

A. Cable Type:SMF cable with various connectors

B. Max Distance: 40 kilometers

C. Max Speed: 10 Gbps

Front 21

Name the Cabling Characteristics for Ethernet name 10GBASE-ER?
A. Cable Type
B. Max Distance
C. Max Speed

Back 21

A. Cable Type:SMF cable with various connectors

B. Max Distance: 10 kilometers
C. Max Speed: 10 Gbps

Front 22

Name the Cabling Characteristics for Ethernet name 10GBASE-ER?
A. Cable Type
B. Max Distance
C. Max Speed

Back 22

A. Cable Type: MMF with various connectors

B. Max Distance: 300 meters

C. Max Speed: 10 Gbps

Front 23

Definition of IEEE 802.1

Back 23

LAN/MAN Bridging Management

Front 24

Definition of IEEE 802.2

Back 24

Logical Link Control (LLC)

Front 25

Definition of IEEE 802.3

Back 25

Carrier Sense Multiple Access/Collision Detection (CSMA/CD) - Ethernet

Front 26

Definition of IEEE 802.4

Back 26

Token Passing Bus (Withdrawn)

Front 27

Definition of IEEE 802.5

Back 27

Token Ring

Front 28

Definition of IEEE 802.6

Back 28

Distributed Queue Dual Bus (DQDB) – Metropolitan Area Network
(Withdrawn)

Front 29

Definition of IEEE 802.7

Back 29

Broadband LAN (Withdrawn)

Front 30

Definition of IEEE 802.8
802.9 Isochronous LANs (Withdrawn)
802.10 Interoperable LAN/MAN Security (Withdrawn)
802.11 Carrier Sense Multiple Access/Collision Avoidance (CSMA/CA) Wireless
LAN
802.12 Demand-priority
802.13 Not used
802.14 Cable Modems (Withdrawn)
802.15 Wireless Personal Area Network (WPAN)
802.16 Broadband Wireless Metropolitan Area Network (WMAN)
802.17 Resilient Packet Ring Access (RPA)
802.20 Mobile Broadband Wireless Access

Back 30

Fiber Optic

Front 31

Definition of IEEE 802.9

Back 31

Isochronous LANs (Withdrawn)

Front 32

Definition of IEEE 802.10

Back 32

Interoperable LAN/MAN Security (Withdrawn)

Front 33

Definition of IEEE 802.11

Back 33

Carrier Sense Multiple Access/Collision Avoidance (CSMA/CA) Wireless LAN

Front 34

Definition of IEEE 802.12

Back 34

Demand-priority

Front 35

Definition of IEEE 802.13

Back 35

Not used

Front 36

Definition of IEEE 802.14

Back 36

Cable Modems (Withdrawn)

Front 37

Definition of IEEE 802.15

Back 37

Wireless Personal Area Network (WPAN)

Front 38

Definition of IEEE 802.16

Back 38

Broadband Wireless Metropolitan Area Network (WMAN)

Front 39

Definition of IEEE 802.17

Back 39

Resilient Packet Ring Access (RPA)

Front 40

Definition of IEEE 802.20

Back 40

Mobile Broadband Wireless Access

Front 41

Which type of cable is used to connect a Computer to a Computer?

Back 41

Crossover

Front 42

Which type of cable is used to connect a Computer to a Hub/Switch?

Back 42

Standard Patch

Front 43

Which type of cable is used to connect a Hub/Switch without crossover port to a Hub/Switch without crossover port?

Back 43

Crossover cable plugged into
standard port

Front 44

Which type of cable is used to connect a Hub/Switch with crossover port to a Hub/Switch with crossover port?

Back 44

Standard Patch cable. One end
plugged into a standard port. The other end plugged into the crossover port.

Front 45

Enter the number of collision and broadcast domains created when adding a hub

Back 45

Collisions = 0
Broadcasts = 0

Front 46

Enter the number of collision and broadcast domains created when adding a Switch

Back 46

Each port = 1 new collision domain

Broadcasts = 0

Front 47

Enter the number of collision and broadcast domains created when adding a Router

Back 47

Each port = 1 new collision domain
Each port = 1 new broadcast domain

Front 48

What is Category 1's:

A. Max Segment Length
B. Max Speed
C. Usage

Back 48

A. Max Segment Length: <4ft (recommended)
B. Max Speed: <1 Mbps
C. Usage: POTS and ISDN connections

Front 49

What is Category 2's:

A. Max Segment Length
B. Max Speed
C. Usage

Back 49

A. Max Segment Length: 100 Meters
B. Max Speed: 4 Mbps

C. Usage: IBM Cabling System for token ring networks

Front 50

What is Category 3's:

A. Max Segment Length
B. Max Speed
C. Usage

Back 50

A. Max Segment Length: 100 Meters
B. Max Speed: 16 Mbps

C. Usage: Voice and data on 10BASE-T Ethernet networks

Front 51

What is Category 4's:

A. Max Segment Length
B. Max Speed
C. Usage

Back 51

A. Max Segment Length: 100 Meters
B. Max Speed: 20 Mbps

C. Usage: Used in 16 Mbps token Ring networks

Front 52

What is Category 5's:

A. Max Segment Length
B. Max Speed
C. Usage

Back 52

A. Max Segment Length: 100 Meters
B. Max Speed: 100 Mbps

C. Usage:100BASE-T Ethernet networks

Front 53

What is Category 5e's:

A. Max Segment Length
B. Max Speed
C. Usage

Back 53

A. Max Segment Length: 100 Meters
B. Max Speed: 1000 Mbps

C. Usage: 100BASE-T and 1000BASE-T Ethernet networks

Front 54

What is Category 6's (Proposed Standard):

A. Max Segment Length
B. Max Speed
C. Usage

Back 54

A. Max Segment Length: ~100 Meters
B. Max Speed: ~10 Gbps
C. Usage: 100BASE-T and 1000BASE-T Ethernet networks
and other implementations to be determined

Front 55

Name the types of Backups?

Back 55

Copy Backs up
Daily Backs up
Differential Backs up Normal/Full Backs up Incremental Backs up

Front 56

What is a Copy Back-up? And does it clear Archive Bit?

Back 56

Copy Backs up every selected file, regardless of the archive attribute setting
No!

Front 57

What is a Daily Back-up? And does it clear Archive Bit?

Back 57

Daily Backs up every selected file that has changed that day, regardless of the archive attribute setting
No!

Front 58

What is a Differential Back-up? And does it clear Archive Bit?

Back 58

Differential Backs up only those files created or changed since the last normal or incremental backup (Those files with the archive bit on). This method is also used in combination with a periodic full backup. For example, a Normal/Full backup on Mondays and a differential backup on the
remaining days of the week. Backs up more data per day but restoration time is quicker. In case of a restore, you will only need to restore the last normal backup and the last differential backup.
No!

Front 59

What is a Normal/Full Back-up? And does it clear Archive Bit?

Back 59

Normal/Full Backs up every selected file, regardless of the archive attribute setting.
Yes!

Front 60

What is a Incremental Back-up? And does it clear Archive Bit?

Back 60

Incremental Backs up only those files created or changed since the last normal/full or incremental backup. (Those files with the archive bit on) You use
this method in combination with a normal/full backup. For example, a normal/full backup on Mondays and an incremental backup on the
remaining days of the week. Backs up less data per day so backup times are quicker. However, restoration times are generally longer because you will need to restore the last normal/full backup as well as all incremental backups since the last normal backup.
Yes!

Front 61

What occurs at level-7 APPLICATION

Back 61

(1)-Take data from applications
(2)-Ensure all necessary resources are available
(3)-Initialize services and the network for data transmisson.

Front 62

What occurs at level-6
PRESENTATION

Back 62

(1)-Reformat or translate between differnt character
(2)-encrypting, decrypting and compression decompression
(3)-Provides support for error recovery

Front 63

What occurs at level-5
SESSION

Back 63

(1)-Assumes a reliable virtual connection
(2)-Establishing maintaining synchronizing and terminating connections
(3)-Port numbers are assigned and maintained

Front 64

What occurs at level-4
TRANSPORT

Back 64

(1)-Packages data into segments
(2)-Provides flow control
(3)-Performs end-to-end transport of data

Front 65

What occurs at level-3
NETWORK

Back 65

(1)-Break segmented data into packets and sequences
(2)-Assign logical addresses to packets
(3)-Routes packets

Front 66

What occurs at level-2
DATA-LINK

Back 66

(1)-Brak data packets into frames
(2)-Manages Hardware addresses(MAC)
(3)-Defines the topology of the network based on the IEEE 802.x standards
(4)-Provide error and flow control

Front 67

What occurs at level-1
PHYSICAL

Back 67

(1)-Physically mechanically and/or electronically connect network devices
(2)-Break frames into raw binary bits
(3)-Defines the network media used

Front 68

Hardware Device(s) used at layer(7-APPLICATION) of the OSI

Back 68

Gateway

Front 69

Hardware Device(s) used at layer(6-PRESENTATION) of the OSI

Back 69

Gateway

Front 70

Hardware Device(s) used at layer(5-SESSION) of the OSI

Back 70

Gateway

Front 71

Hardware Device(s) used at layer(4-TRANSPORT) of the OSI

Back 71

Gateway

Front 72

Hardware Device(s) used at layer(3-NETWORK) of the OSI

Back 72

Gateway
Router,Brouter

Front 73

Hardware Device(s) used at layer(2-DATA-LINK) of the OSI

Back 73

Gateway
Switch/Bridge/Wireless/Access Points/(WAP) NIC

Front 74

Hardware Device(s) used at layer(1-PHYSICAL) of the OSI

Back 74

Gateway
Repeater/Hub/NIC/cables

Front 75

What is the Transfer Speed for 802.11

Back 75

2Mbps

Front 76

What is the Transfer Speed for HomeRF

Back 76

10Mbps

Front 77

What is the Transfer Speed for 802.11a

Back 77

54Mbps

Front 78

What is the Transfer Speed for 802.11b

Back 78

11Mbps

Front 79

What is the Transfer Speed for 802.11g

Back 79

54Mbps

Front 80

What is the Transfer Speed for Infrared(IrDA)

Back 80

4Mbps

Front 81

What is the Transfer Speed for Bluetooth

Back 81

1Mbps

Front 82

What is the Max Range and Frequency for 802.11

Back 82

(1)-Max Range-150 feet
(2)-Frequency-2.4GHz

Front 83

What is the Max Range and Frequency for HomeRF

Back 83

(1)-Max Range-150 feet
(2)-Frequency-2.4GHz

Front 84

What is the Max Range and Frequency for 802.11a

Back 84

(1)-Max Range-150 feet
(2)-Frequency-5.0GHz

Front 85

What is the Max Range and Frequency for 802.11b

Back 85

(1)-Max Range-300 feet
(2)-Frequency-2.4GHz

Front 86

What is the Max Range and Frequency for 802.11g

Back 86

(1)-Max Range-300 feet
(2)-Frequency-2.4GHz

Front 87

What is the Max Range and Frequency for Infrared (IrDA)

Back 87

(1)-Max Range-3 feet
(2)-Frequency-N/A

Front 88

What is the Max Range and Frequency for Bluetooth

Back 88

(1)-Max Range-33 feet
(2)-Frequency-2.4GHz

Front 89

ACRONYM(ARP)

Back 89

ACRONYM MEANING
Address Resolution Protocol

Front 90

ACRONYM(BootP)

Back 90

ACRONYM MEANING
Boot Protocol

Front 91

ACRONYM (DNS)

Back 91

ACRONYM MEANING
Dynamic Name System/Service

Front 92

ACRONYM (FTP)

Back 92

ACRONYM MEANING
File Transfer Protocol

Front 93

ACRONYM (HTTP)

Back 93

ACRONYM MEANING
Hypertrxt Transfer Protocol

Front 94

ACRONYM (HTTPS)

Back 94

ACRONYM MEANING
Secure Hypertext Transfer Protocol

Front 95

ACRONYM (ICMP)

Back 95

ACRONYM MEANING
Internet Control Message Protocol

Front 96

ACRONYM (IGMP)

Back 96

ACRONYM MEANING
Internet Group Multicast Protocol

Front 97

ACRONYM (IMAP4)

Back 97

ACRONYM MEANING
Internet Messaging Access Protocol version4

Front 98

ACRONYM (IP)

Back 98

ACRONYM MEANING
Internt Protocol

Front 99

ACRONYM (IPSec)

Back 99

ACRONYM MEANING
Internet Security

Front 100

ACRONYM (L2TP)

Back 100

ACRONYM MEANING
Layer 2 Tunneling Protocol

Front 101

ACRONYM (LDAP)

Back 101

ACRONYM MEANING
Lightweight Database Access Protocol

Front 102

ACRONYM (LPR)

Back 102

ACRONYM MEANING
Line Printer Remote

Front 103

ACRONYM (NNTP)

Back 103

ACRONYM MEANING
Network news Transfer Protocol

Front 104

ACRONYM (NTP)

Back 104

ACRONYM MEANING
Network Time Protocol

Front 105

ACRONYM (POP3)

Back 105

ACRONYM MEANINGPost office Protocol version 3

Front 106

ACRONYM (PPP)

Back 106

ACRONYM MEANING
Point to Point Protocol

Front 107

ACRONYM (PPTP)

Back 107

ACRONYM MEANING
Point to Point Tunneling Protocol

Front 108

ACRONYM (RARP)

Back 108

ACRONYM MEANING
Reverse Address Resolution Protocol

Front 109

ACRONYM (SCP)

Back 109

ACRONYM MEANING
Secure Copy Protocol

Front 110

ACRONYM (SFTP)

Back 110

ACRONYM MEANING
Secure File Transfer Protocol

Front 111

ACRONYM (SMTP)

Back 111

ACRONYM MEANING
Simple Mail Transfer Protocol

Front 112

ACRONYM (SNMP)

Back 112

ACRONYM MEANING
Simple Network Management Protocol

Front 113

ACRONYM (SSH)

Back 113

ACRONYM MEANING
Secure Shell

Front 114

ACRONYM (SSL)

Back 114

ACRONYM MEANING
Secure Sockets Layer

Front 115

ACRONYM (TCP)

Back 115

ACRONYM MEANING
Transmission Control Protocol

Front 116

ACRONYM (TFTP)

Back 116

ACRONYM MEANING
Trivial File Transfer Protocol

Front 117

What is the Port number for
(DNS)

Back 117

53

Front 118

What is the Port number for
(FTP)

Back 118

20/21

Front 119

What is the Port number for
(HTTP)

Back 119

80

Front 120

What is the Port number for
(HTTPS)

Back 120

443

Front 121

What is the Port number for
(IMAP4)

Back 121

143

Front 122

What is the Port number for
(NNTP)

Back 122

119

Front 123

What is the Port number for
(NTP)

Back 123

123

Front 124

What is the Port number for
(POP3)

Back 124

110

Front 125

What is the Port number for
(SMTP)

Back 125

25

Front 126

What is the Port number for
(SNMP)

Back 126

161

Front 127

What is the Port number for
(SSH)

Back 127

22

Front 128

What is the Port number for
(Telnet)

Back 128

23

Front 129

What is the Port number for
(TFTP)

Back 129

69