5 Network + Final Study Guide (Matching) Flashcards by Don Dunnavant

Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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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Q

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

Q

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

Q

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

Q

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

213. 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

d. load-balancing cluster

214. 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

f. uninterruptible power supply

215. 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

c. system partition

216. 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

g. right

217. 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. primary partition

218. 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

b. extended partition

219. 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

c. NFS

220. 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

e. EULA

221. 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

g. TCO

222. 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

i. gateway-to-gateway

223. 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

h. port forwarding

224. 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. HomeGroup

225. 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

b. Samba

226. 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

f. CRM

227. 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

j. client-to-gateway

228. 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

d. NAS

229. 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)

j. Basic Rate Interface (BRI)

230. 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. point-to-point protocol

231. 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)

f. virtual circuit

232. 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)

i. Primary Rate Interface (PRI)

233. 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)

e. Data Circuit-terminating Equipment (DTE)

234. 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)

d. modem

235. 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)

b. frame relay

236. 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)

c. Committed Information Rate (CIR)

237. 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)

g. Data Terminal Equipment (DTE)

238. 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)

h. Synchronous Optical Network (SONET)