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Network + > 5 Network + Final Study Guide (Matching) > Flashcards

5 Network + Final Study Guide (Matching) Flashcards

1
Q
  1. frame is sent to the destination port immediately after reading the destination and source MAC address distance-vector protocol.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

c. cut-through switching

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2
Q
  1. configured to carry VLAN traffic.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

f. trunk port

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3
Q
  1. designed to stop switching loops.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

e. Spanning Tree Protocol

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4
Q
  1. sends status to all routers whenever there is a change.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

h. link-state protocol

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5
Q
  1. sends entire routing table to all routers at a scheduled time.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

a. distance-vector protocol

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6
Q
  1. uses hop count to determine best path.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

j. Routing Information Protocol

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7
Q
  1. damaged frames do not get forwarded.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

b. fragment-free switching

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8
Q
  1. entire frame is read before forwarding it to the destination port.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

d. store-and-forward switching

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9
Q
  1. broadcast frames are forwarded in a continual loop.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

g. broadcast storm

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10
Q
  1. value that tells routers the best path to the destination network.

a. distance-vector protocol f. trunk port
b. fragment-free switching g. broadcast storm
c. cut-through switching h. link-state protocol
d. store-and-forward switching i. metric
e. Spanning Tree Protocol j. Routing Information Protocol

A

i. metric

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11
Q
  1. smallest unit of software that can be scheduled.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

d. thread

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12
Q
  1. a program that is loaded into memory.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

e. process

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13
Q
  1. hypervisor installed in a general-purpose OS.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

g. hosted virtualization

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14
Q
  1. the process of granting or denying access to a user.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

a. authorization

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15
Q
  1. two or more threads being executed simultaneously.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

c. multi processing

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16
Q
  1. partial copy of a virtual machine.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

i. Snapshot

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17
Q
  1. identifying who has access to network.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

b. authentication

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18
Q
  1. creates and monitors the guest operating systems.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

j. hypervisor

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19
Q
  1. runs in the background.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

f. Service

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20
Q
  1. hypervisor installed directly onto the server.

a. authorization f. Service
b. authentication g. hosted virtualization
c. multi processing h. bare-metal virtualization
d. thread i. Snapshot
e. process j. hypervisor

A

h. bare-metal virtualization

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21
Q
  1. can be used to create a RAID

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

j. dynamic disk

22
Q
  1. if the primary server fails, the secondary server takes over

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

e. failover cluster

23
Q
  1. can be divided in up to four partitions

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

i. basic disk

24
Q
  1. defines a user’s environment

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

h. local profile

25
Q
  1. multiple serves acting as a single saver

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

d. load-balancing cluster

26
Q
  1. power device that provides fault tolerance through battery backup

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

f. uninterruptible power supply

27
Q
  1. partition that contains the boot loader

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

c. system partition

28
Q
  1. action that a user can perform on a computer

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

g. right

29
Q
  1. can be made the active partition

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

a. primary partition

30
Q
  1. can only be divided into logical drives

a. primary partition
b. extended partition
c. system partition
d. load-balancing cluster
e. failover cluster
f. uninterruptible power supply
g. right
h. local profile
i. basic disk
j. dynamic disk

A

b. extended partition

31
Q
  1. the Linux native file sharing protocol

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

c. NFS

32
Q
  1. agreement regarding the use of an application

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

e. EULA

33
Q
  1. how much something costs when intangibles are factored in

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

g. TCO

34
Q
  1. VPN connection between two routers

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

i. gateway-to-gateway

35
Q
  1. the process by which a router forwards a request for a TCP or UDP port to a specified computer

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

h. port forwarding

36
Q
  1. a file sharing option in Windows 7

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

a. HomeGroup

37
Q
  1. the Linux file sharing protocol that is compatible with Windows

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

b. Samba

38
Q
  1. software designed to help business owners

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

f. CRM

39
Q
  1. connection between a desktop and a VPN device

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

j. client-to-gateway

40
Q
  1. a device designed specifically for file sharing

a. HomeGroup f. CRM
b. Samba g. TCO
c. NFS h. port forwarding
d. NAS i. gateway-to-gateway
e. EULA j. client-to-gateway

A

d. NAS

41
Q
  1. an ISDN version that provides two 64 Kbps B-Channels

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

j. Basic Rate Interface (BRI)

42
Q
  1. a remote access protocol that supports many protocols and is used to carry data over a variety of network connections

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

a. point-to-point protocol

43
Q
  1. a logical sequence of connections with bandwidth allocated for a specific transmission pathway

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

f. virtual circuit

44
Q
  1. an ISDN version that provides 23 64 Kbps B-channels

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

i. Primary Rate Interface (PRI)

45
Q
  1. the device that sends data to (and receives data from) the local loop, usually a CSU/DSU or modem

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

e. Data Circuit-terminating Equipment (DTE)

46
Q
  1. a device computers use to convert digital signals to analog signals

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

d. modem

47
Q
  1. a point-to-point permanent virtual circuit (PVC) technology that offers WAN communications over a fast,. reliable, digital packet-switching network

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

b. frame relay

48
Q
  1. a guaranteed minimum transmission rate offered by the service provider

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

c. Committed Information Rate (CIR)

49
Q
  1. the device that passes data from the customer LAN to the DCE, usually a router

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

g. Data Terminal Equipment (DTE)

50
Q
  1. a high-speed, baseband digital networking standard that specifies incrementally increasing data rates across fiber-optic links

a. point-to-point protocol
b. frame relay
c. Committed Information Rate (CIR)
d. modem
e. Data Circuit-terminating Equipment (DTE)
f. virtual circuit
g. Data Terminal Equipment (DTE)
h. Synchronous Optical Network (SONET)
i. Primary Rate Interface (PRI)
j. Basic Rate Interface (BRI)

A

h. Synchronous Optical Network (SONET)

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