CISCO 200 -120

Question

Which two are features of IPv6? (Choose two.)

Answer 1

A. multicast

Answer 2

B. broadcast

Answer 3

C. allcast

Answer 4

D. podcast

Answer 5

E. anycast

Answer 6

A. telnet access does not require a password

Answer 7

C. no broadcast

Answer 8

D. change of destination address in the IPv6 header

Answer 9

E. change of source address in the IPv6 header

Answer 10

F. autoconfiguration

Answer 11

A. Security increases because only the network administrator may change the routing tables.

Answer 12

B. Configuration complexity decreases as network size increases.

Answer 13

C. Routing updates are automatically sent to neighbors.

Answer 14

D. Route summarization is computed automatically by the router.

Answer 15

E. Routing traffic load is reduced when used in stub network links.

Answer 16

F. An efficient algorithm is used to build routing tables using automatic updates.

Answer 17

G. Routing tables adapt automatically to topology changes.

Answer 18

D. unlimited

Answer 19

A. destination address and wildcard mask

Answer 20

B. destination address and subnet mask

Answer 21

C. source address and subnet mask

Answer 22

D. source address and wildcard mask

Answer 23

A. 10.0.0.0/21

Answer 24

B. 10.0.0.0/22

Answer 25

C. 10.0.0.0/23

Answer 26

D. 10.0.0.0/24

Answer 27

A. added security

Answer 28

B. dedicated bandwidth

Answer 29

C. provides segmentation

Answer 30

D. allows switches to route traffic between subinterfaces

Answer 31

E. contains collisions

Answer 32

A. ping address

Answer 33

B. tracert address

Answer 34

C. traceroute address

Answer 35

D. arp address

Answer 36

A. VLANs establish broadcast domains in switched networks.

Answer 37

B. VLANs utilize packet filtering to enhance network security.

Answer 38

C. VLANs provide a method of conserving IP addresses in large networks.

Answer 39

D. VLANs provide a low-latency internetworking alternative to routed networks.

Answer 40

E. VLANs allow access to network services based on department, not physical location.

Answer 41

F. VLANs can greatly simplify adding, moving, or changing hosts on the network.

Answer 42

A. Administratively shut down the interface.

Answer 43

B. Physically secure the interface.

Answer 44

C. Create an access list and apply it to the virtual terminal interfaces with the access-group command.

Answer 45

D. Configure a virtual terminal password and login process.

Answer 46

E. Enter an access list and apply it to the virtual terminal interfaces using the access-class command.

Answer 47

A. No configuration file was found in NVRAM.

Answer 48

B. No configuration file was found in flash.

Answer 49

C. No configuration file was found in the PCMCIA card.

Answer 50

D. Configuration file is normal and will load in 15 seconds.

Answer 51

A. no ip access-class 102 in

Answer 52

B. no ip access-class 102 out

Answer 53

C. no ip access-group 102 in

Answer 54

D. no ip access-group 102 out

Answer 55

E. no ip access-list 102 in

Answer 56

A. 0000.0C07.AC01

Answer 57

B. 0000.5E00.0110

Answer 58

C. 0007.B400.1203

Answer 59

D. 0000.C007.0201

Answer 60

A. The active virtual gateway will reply with one of four possible virtual MAC addresses.

Answer 61

B. All GLBP member routers will reply in round-robin fashion.

Answer 62

C. The active virtual gateway will reply with its own hardware MAC address.

Answer 63

D. The GLBP member routers will reply with one of four possible burned in hardware addresses.

Answer 64

A. The network has not fully converged.

Answer 65

B. IP routing is not enabled.

Answer 66

C. A static route is configured incorrectly.

Answer 67

D. The FastEthernet interface on Coffee is disabled

Answer 68

E. The neighbor relationship table is not correctly updated.

Answer 69

F. The routing table on Coffee has not updated.

Answer 70

A. SwitchA, Fa0/2, designated

Answer 71

B. SwitchA, Fa0/1, root

Answer 72

C. SwitchB, Gi0/2, root

Answer 73

D. SwitchB, Gi0/1, designated

Answer 74

E. SwitchC, Fa0/2, root

Answer 75

F. SwitchD, Gi0/2, root

Answer 76

B. The logging buffer RAM

Answer 77

C. The console terminal

Answer 78

D. Other terminals

Answer 79

E. Syslog server

Answer 80

A. Switch A, because it has the lowest MAC address

Answer 81

B. Switch A, because it is the most centrally located switch

Answer 82

C. Switch B, because it has the highest MAC address

Answer 83

D. Switch C, because it is the most centrally located switch

Answer 84

E. Switch C, because it has the lowest priority

Answer 85

F. Switch D, because it has the highest priority

Answer 86

A. Message Integrity

Answer 87

B. Compression

Answer 88

C. Authentication

Answer 89

D. Encryption

Answer 90

E. Error Detection

Answer 91

A. Router(config)#router ospf 1

Answer 92

B. Router(config)#router ospf 0

Answer 93

C. Router(config)#router ospf area 0

Answer 94

D. Router(config-router)#network 192.168.16.0 0.0.0.255 area 0

Answer 95

E. Router(config-router)#network 192.168.16.0 0.0.0.255 0

Answer 96

F. Router(config-router)#network 192.168.16.0 255.255.255.0 area 0

Answer 97

A. hello packets

Answer 98

B. SAP messages sent by other routers

Answer 99

C. LSAs from other routers

Answer 100

D. beacons received on point-to-point links

Answer 101

E. routing tables received from other link-state routers

Answer 102

F. TTL packets from designated routers

Answer 103

A. show interfaces trunk

Answer 104

B. show interfaces switchport

Answer 105

C. show ip interface brief

Answer 106

D. show interfaces vlan

Answer 107

A. show ip access-lists

Answer 108

B. show access-lists

Answer 109

C. show interface

Answer 110

D. show ip interface

Answer 111

E. list ip interface

Answer 112

A. The router cannot verify that the Cisco IOS image currently in flash is valid

Answer 113

B. Flash memory on Cisco routers can contain only a single IOS image.

Answer 114

C. Erasing current flash content is requested during the copy dialog.

Answer 115

D. In order for the router to use the new image as the default, it must be the only IOS image in flash.

Answer 116

A. Network, Application & User Monitoring

Answer 117

B. Network Planning

Answer 118

C. Security Analysis

Answer 119

D. Accounting/Billing

Answer 120

A. show ip flow export

Answer 121

B. show ip flow top-talkers

Answer 122

C. show ip cache flow

Answer 123

D. show mls sampling

Answer 124

E. show mls netflow ip

Answer 125

A. traced address

Answer 126

B. traceroute address

Answer 127

C. telnet address

Answer 128

D. ssh address

Answer 129

A. after broken links are re-established

Answer 130

B. in an improperly implemented redundant topology

Answer 131

C. when upper-layer protocols require high reliability

Answer 132

D. during high traffic periods

Answer 133

E. when a dual ring topology is in use

Answer 134

A. HMAC - MD5

Answer 135

B. HMAC -SHA

Answer 136

C. CBC-DES

Answer 137

D. Community Strings

Answer 138

A. Netflow

Answer 139

A. VLANs have not been created yet.

Answer 140

B. An IP address must be configured for the port.

Answer 141

C. The port is currently configured for access mode.

Answer 142

D. The correct encapsulation type has not been configured.

Answer 143

E. The no shutdown command has not been entered for the port.

Answer 144

A. Addresses are allocated after a negotiation between the server and the host to determine the length of the agreement.

Answer 145

B. Addresses are permanently assigned so that the hosts uses the same address at all times.

Answer 146

C. Addresses are assigned for a fixed period of time, at the end of the period, a new request for an address must be made.

Answer 147

D. Addresses are leased to hosts. A host will usually keep the same address by periodically contacting the DHCP server to renew the lease.*

Answer 148

A. transport

Answer 149

B. network

Answer 150

C. presentation

Answer 151

D. session

Answer 152

E. application

Answer 153

E. supervisor

Answer 154

F. manager

Answer 155

A. A more efficient use of bandwidth can be achieved allowing many physical groups to use the same network infrastructure

Answer 156

B. Broadcast storms can be mitigated by decreasing the number of broadcast domains,thus increasing their size.

Answer 157

C. A higher level of network security can be reached by separating sensitive data traffic from other network traffic.

Answer 158

D. Port-based vlans increase switch-port use efficient,thanks to 802.1Q trunks

Answer 159

E. A more efficient use of bandwidth can be achieved allowing many logical networks to use the same network infrastructure

Answer 160

F. Broadcast storms can be mitigated by increasing the number of broadcast domains,thus reducing their size.

Answer 161

G. VLANs make it easier for IT staff to configure new logical groups,because the vlans all belong to the same broadcast domain.

Answer 162

A. hop count

Answer 163

B. administrative distance

Answer 164

C. link bandwidth

Answer 165

D. link delay

Answer 166

E. link cost

Answer 167

A. The command is accepted and the respective VLAN is added to vlan.dat.

Answer 168

B. The command is rejected.

Answer 169

C. The command is accepted and you must configure the VLAN manually.

Answer 170

C. Frame Relay

Answer 171

A. Ensure that the Ethernet encapsulations match on the interconnected router and switch ports

Answer 172

B. Ensure that cables A and B are straight-through cables.

Answer 173

C. Ensure cable A is plugged into a trunk port.

Answer 174

D. Ensure the switch has power.

Answer 175

E. Reboot all of the devices.

Answer 176

F. Reseat all cables.

Answer 177

A. data link

Answer 178

B. network

Answer 179

C. physical

Answer 180

D. transport

Answer 181

A. The access link needs to be configured in multiple VLANs.

Answer 182

B. The link between the switches is configured in the wrong VLAN

Answer 183

C. The link between the switches needs to be configured as a trunk.

Answer 184

D. VTP is not configured to carry VLAN information between the switches.

Answer 185

E. Switch IP addresses must be configured in order for traffic to be forwarded between the switches.

Answer 186

A. All TCP traffic is marked discard eligible.

Answer 187

B. All UDP traffic is marked discard eligible and a BECN is sent.

Answer 188

C. All TCP traffic is marked discard eligible and a BECN is sent.

Answer 189

D. All traffic exceeding the CIR is marked discard eligible.

Answer 190

A. reduced cost

Answer 191

B. better throughput

Answer 192

C. broadband incompatibility

Answer 193

D. increased security

Answer 194

E. scalability

Answer 195

F. reduced latency

Answer 196

A. SW1’s Fa0/1 interface is administratively shut down.

Answer 197

B. There is an encapsulation mismatch between SW1’s Fa0/1 and SW2’s Fa0/1 interfaces.

Answer 198

C. There is an MTU mismatch between SW1’s Fa0/1 and SW2’s Fa0/1 interfaces.

Answer 199

D. There is a speed mismatch between SW1’s Fa0/1 and SW2’s Fa0/1 interfaces.

Answer 200

A. lowest port MAC address

Answer 201

B. port priority number and MAC address.

Answer 202

C. VTP revision number

Answer 203

D. highest port priority number.

Answer 204

E. path cost

Answer 205

A. The Fa0/11 role confirms that SwitchA is the root bridge for VLAN 20.

Answer 206

B. VLAN 20 is running the Per VLAN Spanning Tree Protocol.

Answer 207

C. The MAC address of the root bridge is 0017.596d.1580.

Answer 208

D. SwitchA is not the root bridge, because not all of the interface roles are designated.

Answer 209

A. reduces routing table entries

Answer 210

B. auto-negotiation of media rates

Answer 211

C. efficient utilization of MAC addresses

Answer 212

D. dedicated communications between devices

Answer 213

E. ease of management and troubleshooting

Answer 214

A. ip default-gateway 0.0.0.0

Answer 215

B. ip route 172.16.2.1 0.0.0.0 0.0.0.0

Answer 216

C. ip default-network 0.0.0.0

Answer 217

D. ip default-route 0.0.0.0 0.0.0.0 172.16.2.1

Answer 218

E. ip route 0.0.0.0 0.0.0.0 172.16.2.1

Answer 219

A. RSTP significantly reduces topology reconvening time after a link failure.

Answer 220

B. RSTP expands the STP port roles by adding the alternate and backup roles.

Answer 221

C. RSTP port states are blocking, discarding, learning, or forwarding

Answer 222

D. RSTP provides a faster transition to the forwarding state on point-to-point links than STP does.

Answer 223

E. RSTP also uses the STP proposal-agreement sequence.

Answer 224

F. RSTP uses the same timer-based process as STP on point-to-point links.

Answer 225

A. IP address

Answer 226

B. Interface name

Answer 227

C. Port numbers

Answer 228

D. L3 protocol type

Answer 229

E. MAC address

Answer 230

A. The network administrator failed to save the configuration.

Answer 231

B. The configuration register is set to 0×2100.

Answer 232

C. The boot system flash command is missing from the configuration.

Answer 233

D. The configuration register is set to 0×2102.

Answer 234

E. The router is configured with the boot system startup command.

Answer 235

A. access-list 10 permit ip 192.168.146.0 0.0.1.255

Answer 236

B. access-list 10 permit ip 192.168.147.0 0.0.255.255

Answer 237

C. access-list 10 permit ip 192.168.148.0 0.0.1.255

Answer 238

D. access-list 10 permit ip 192.168.149.0 0.0.255.255

Answer 239

E. access-list 10 permit ip 192.168.146.0 0.0.0.255

Answer 240

F. access-list 10 permit ip 192.168.146.0 255.255.255.0

Answer 241

A. 10.0.0.0 /22 is subnetted, 1 subnet 10.0.0.0 [90/20514560] via 10.2.0.2 6w0d, serial 0/1

Answer 242

B. 10.0.0.0 /28 is subnetted, 1 subnet 10.2.0.0 [90/20514560] via 10.2.0.2 6w0d, serial 0/1

Answer 243

C. 10.0.0.0 /30 is subnetted, 1 subnet 10.2.2.0 [90/20514560] via 10.2.0.2 6w0d, serial 0/1

Answer 244

D. 10.0.0.0 /22 is subnetted, 1 subnet 10.4.0.0 [90/20514560] via 10.2.0.2 6w0d, serial 0/1

Answer 245

E. 10.0.0.0 /28 is subnetted, 1 subnet 10.4.4.0 [90/20514560] via 10.2.0.2 6w0d, serial 0/1

Answer 246

F. 10.0.0.0 /30 is subnetted, 1 subnet 10.4.4.4 [90/20514560] via 10.2.0.2 6w0d, serial 0/1

Answer 247

A. Main(config)# interface serial 0/0 Main(config-if)# ip address 172.16.1.1 255.255.255.252 Main(config-if)# no shut

Answer 248

B. Main(config)# interface serial 0/0 Main(config-if)# ip address 172.16.1.1 255.255.255.252 Main(config-if)# encapsulation ppp Main(config-if)# no shut

Answer 249

C. Main(config)# interface serial 0/0 Main(config-if)# ip address 172.16.1.1 255.255.255.252 Main(config-if)# encapsulation frame-relay Main(config-if)# authentication chap Main(config-if)# no shut

Answer 250

D. Main(config)# interface serial 0/0 Main(config-if)#ip address 172.16.1.1 255.255.255.252 Main(config-if)#encapsulation ietf Main(config-if)# no shut

Answer 251

A. More collision domains will be created.

Answer 252

B. IP address utilization will be more efficient.

Answer 253

C. More bandwidth will be required than was needed previously.

Answer 254

D. An additional broadcast domain will be created.

Answer 255

A. 802.1Q native VLAN frames are untagged by default.

Answer 256

B. 802.1Q trunking ports can also be secure ports.

Answer 257

C. 802.1Q trunks can use 10 Mb/s Ethernet interfaces.

Answer 258

D. 802.1Q trunks require full-duplex, point-to-point connectivity.

Answer 259

E. 802.1Q trunks should have native VLANs that are the same at both ends.

Answer 260

A. It configures SSH globally for all logins.

Answer 261

B. It tells the router or switch to try to establish an SSh connection first and if that foils to use Telnet.

Answer 262

C. It configures the virtual terminal lines with the password 030752180500.

Answer 263

D. It configures a Cisco network device to use the SSH protocol on incoming communications via the virtual terminal ports.

Answer 264

E. It allows seven failed login attempts before the VTY lines are temporarily shutdown.

Answer 265

A. The address is removed from the pool until the conflict is resolved.

Answer 266

B. The address remains in the pool until the conflict is resolved.

Answer 267

C. Only the IP detected by Gratuitous ARP is removed from the pool.

Answer 268

D. Only the IP detected by Ping is removed from the pool.

Answer 269

E. The IP will be shown, even after the conflict is resolved.

Answer 270

A. Q933-A Annex A

Answer 271

C. ANSI Annex D

Answer 272

A. network 0.0.0.0 255.255.255.255 area 0

Answer 273

B. network 0.0.0.0 0.0.0.0 area 0

Answer 274

C. network 255.255.255.255 0.0.0.0 area 0

Answer 275

D. network all-interfaces area 0

Answer 276

A. 172.16.0.0/16

Answer 277

B. 172.16.0.0/20

Answer 278

C. 172.16.0.0/24

Answer 279

D. 172.32.0.0/16

Answer 280

E. 172.32.0.0/17

Answer 281

F. 72.64.0.0/16

Answer 282

A. response

Answer 283

D. capture

Answer 284

A. They are always present in the NAT table.

Answer 285

B. They allow connection to be initiated from the outside.

Answer 286

C. They can be configured with access lists, to allow two or more connections to be initiated from the outside.

Answer 287

D. They require no inside or outside interface markings because addresses are statically defined.

Answer 288

A. source MAC address

Answer 289

B. source IP address

Answer 290

C. source switch port

Answer 291

D. destination IP address

Answer 292

E. destination port address

Answer 293

F. destination MAC address

Answer 294

A. host A IP address: 192.168.1.79

Answer 295

B. host A IP address: 192.168.1.64

Answer 296

C. host A default gateway: 192.168.1.78

Answer 297

D. host B IP address: 192.168.1.128

Answer 298

E. host B default gateway: 192.168.1.129

Answer 299

F. host B IP address: 192.168.1.190

Answer 300

A. DLCI 16 192.168.10.1/24 DLCI 17 192.168.10.1/24 DLCI 99 192.168.10.2/24 DLCI 28 192.168.10.3/24

Answer 301

B. DLCI 16 192.168.10.1 /24 DLCI 17 192.168.11.1/24 DLCI 99 192.168.12.1/24 DLCI 28 192.168.13.1/24

Answer 302

C. DLCI 16 192.168.10.1/24 DLCI 17 192.168.11.1/24 DLCI 99 192.168.10.2/24 DLCI 28 192.168.11.2/24

Answer 303

D. DLCI 16 192.168.10.1/24 DLCI 17 192.168.10.2/24 DLCI 99 192.168.10.3/24 DLCI 28 192.168.10.4/24

Answer 304

A. Router C will use ICMP to inform Host 1 that Host 2 cannot be reached.

Answer 305

B. Router C will use ICMP to inform Router B that Host 2 cannot be reached.

Answer 306

C. Router C will use ICMP to inform Host 1, Router A, and Router B that Host 2 cannot be reached.

Answer 307

D. Router C will send a Destination Unreachable message type.

Answer 308

F. Router C will send a Source Quench message

Answer 309

A. The ports only need to be connected by a crossover cable.

Answer 310

B. SwitchX (config)#interface FastEthernet 0/1 SwitchX(config-if)#switchport mode trunk

Answer 311

C. SwitchX (config)#interface FastEthernet 0/1 SwitchX(config-if)#switchport mode access SwitchX(config-if)#switchport access vlan 1

Answer 312

D. SwitchX (config)#interface FastEthernet 0/1 SwitchX(config-if)#switchport mode trunk SwitchX(config-if)#switchport trunk vlan 1 SwitchX(config-if)#switchport trunk vlan 10 SwitchX(config-if)#switchport trunk vlan 20

Answer 313

A. access-list 50 deny 192.168.1.1 0.0.0.255

Answer 314

B. access-list 110 permit ip any any

Answer 315

C. access-list 2500 deny tcp any host 192.168.1.1 eq 22

Answer 316

D. access-list 101 deny tcp any host 192.168.1.1

Answer 317

A. Bandwidth, Delay and MTU

Answer 318

B. Bandwidth

Answer 319

C. Bandwidth and MTU

Answer 320

D. Bandwidth, MTU, Reliability, Delay and Load

Answer 321

A.It creates a VLAN 999 interface.

Answer 322

B.It designates VLAN 999 for untagged traffic.

Answer 323

C.It blocks VLAN 999 traffic from passing on the trunk.

Answer 324

D.It designates VLAN 999 as the default for all unknown tagged traffic.

Answer 325

A. show reload

Answer 326

B. show boot

Answer 327

C. show running-config

Answer 328

D. show version

Answer 329

A. Set the IP gateway to be used by the network.

Answer 330

B. Perform host discovery used DHCPDISCOVER message.

Answer 331

C. Configure IP address parameters from DHCP server to a host.

Answer 332

D. Provide an easy management of layer 3 devices.

Answer 333

E. Monitor IP performance using the DHCP server.

Answer 334

F. Assign and renew IP address from the default pool.

Answer 335

A. interface FastEthernet 0/3 channel-group 1 mode desirable switchport trunk encapsulation dot1q switchport mode trunk

Answer 336

B. interface FastEthernet 0/3 channel-group 2 mode passive switchport trunk encapsulation dot1q switchport mode trunk

Answer 337

C. interface FastEthernet 0/3 channel-group 2 mode active switchport trunk encapsulation dot1q switchport mode trunk

Answer 338

D. interface FastEthernet 0/3 channel-group 2 mode on switchport trunk encapsulation dot1q switchport mode trunk

Answer 339

A. you can apply only one access list on any interface

Answer 340

B. you can configure one access list, per direction, per layer 3 protocol

Answer 341

C. you can place as many access lists as you want on any interface

Answer 342

D. you can configure one access list, per direction, per layer 2 protocol

Answer 343

A. It monitors traffic flow and link utilization.

Answer 344

B. It ensures the best VRRP router is the virtual router master for the group.

Answer 345

C. It causes traffic to dynamically move to higher bandwidth links

Answer 346

D. It thwarts man-in-the-middle attacks.

Answer 347

A. by appending 0xFF to the MAC address.

Answer 348

B. by prefixing the MAC address with 0xFFEE.

Answer 349

C. by prefixing the MAC address with 0xFF and appending 0xFF to it.

Answer 350

D. by inserting 0xFFFE between the upper three bytes and the lower three bytes of the MAC address

Answer 351

E. by prefixing the MAC address with 0xF and inserting 0xF after each of its first three bytes.

Answer 352

A. 255.255.255.0

Answer 353

B. 255.255.255.128

Answer 354

C. 255.255.252.0

Answer 355

D. 255.255.255.224

Answer 356

E. 255.255.255.192

Answer 357

F. 255.255.248.0

Answer 358

A. DLCI=100

Answer 359

B. last time PVC status changed 00:25:40

Answer 360

C. in BECN packets 192

Answer 361

D. in FECN packets 147

Answer 362

E. in DF packets 0

Answer 363

A. 10.10.0.0/18 subnetted with mask 255.255.255.252

Answer 364

B. 10.10.0.0/25 subnetted with mask 255.255.255.252

Answer 365

C. 10.10.0.0/24 subnetted with mask 255.255.255.252

Answer 366

D. 10.10.0.0/23 subnetted with mask 255.255.255.252

Answer 367

E. 10.10.0.0/16 subnetted with mask 255.255.255.252

Answer 368

A. There is no encapsulation type configured.

Answer 369

B. There is a mismatch in encapsulation types.

Answer 370

C. The interface is not receiving any keepalives.

Answer 371

D. The interface has been configured with the shutdown command

Answer 372

E. The interface needs to be configured as a DTE device.

Answer 373

F. The wrong type of cable is connected to the interface.

Answer 374

A. the MAC address of router interface e0

Answer 375

B. the MAC address of router interface e1

Answer 376

C. the MAC address of the server network interface

Answer 377

D. the MAC address of host A

Answer 378

A. The network administrator can apply port security to dynamic access ports

Answer 379

B. The network administrator can configure static secure or sticky secure mac addresses in the voice vlan.

Answer 380

C. The sticky learning feature allows the addition of dynamically learned addresses to the running configuration.

Answer 381

D. The network administrator can apply port security to EtherChannels.

Answer 382

E. When dynamic mac address learning is enabled on an interface, the switch can learn new addresses up to the maximum defined.

Answer 383

A. To identify applications causing congestion.

Answer 384

B. To authorize user network access.

Answer 385

C. To report and alert link up / down instances.

Answer 386

D. To diagnose slow network performance, bandwidth hogs, and bandwidth utilization.

Answer 387

E. To detect suboptimal routing in the network.

Answer 388

F. To confirm the appropriate amount of bandwidth that has been allocated to each Class of Service

Answer 389

A. The maximum number of bytes that can traverse this interface per second is 1500.

Answer 390

B. The minimum segment size that can traverse this interface is 1500 bytes.

Answer 391

C. The minimum segment size that can traverse this interface is 1500 bytes.

Answer 392

D. The minimum packet size that can traverse this interface is 1500 bytes.

Answer 393

E. The maximum packet size that can traverse this interface is 1500 bytes.

Answer 394

F. The maximum frame size that can traverse this interface is 1500 bytes.

Answer 395

A. The cable that is connected to S0/0 on RouterA is faulty.

Answer 396

B. Interface S0/0 on RouterB is administratively down.

Answer 397

C. Interface S0/0 on RouterA is configured with an incorrect subnet mask

Answer 398

D. The IP address that is configured on S0/0 of RouterB is not in the correct subnet.

Answer 399

E. Interface S0/0 on RouterA is not receiving a clock signal from the CSU/DSU.

Answer 400

F. The encapsulation that is configured on S0/0 of RouterB does not match the encapsulation that is configured on S0/0 of RouterA.

Answer 401

A. Switch A, because it has the lowest MAC address

Answer 402

B. Switch A, because it is the most centrally located switch

Answer 403

C. Switch B, because it has the highest MAC address

Answer 404

D. Switch C, because it is the most centrally located switch

Answer 405

E. Switch C, because it has the lowest priority

Answer 406

F. Switch D, because it has the highest priority

Answer 407

A. 2001:0000:130F::099a::12a

Answer 408

B. 2002:7654:A1AD:61:81AF:CCC1

Answer 409

C. FEC0:ABCD:WXYZ:0067::2A4

Answer 410

D. 2004:1:25A4:886F::1

Answer 411

A. The configuration that is shown provides inadequate outside address space for translation of the number of inside addresses that are supported.

Answer 412

B. Because of the addressing on interface FastEthernet0/1, the Serial0/0 interface address will not support the NAT configuration as shown.

Answer 413

C. The number 1 referred to in the ip nat inside source command references access-list number 1.

Answer 414

D. ExternalRouter must be configured with static routers to network 172.16.2.0/24

Answer 415

A. SNMPv3 enhanced SNMPv2 security features

Answer 416

B. SNMPv3 added the Inform protocol message to SNMP.

Answer 417

C. SNMPv2 added the Inform protocol message to SNMP.

Answer 418

D. SNMPv3 added the GetBulk protocol messages to SNMP.

Answer 419

E. SNMPv2 added the GetBulk protocol message to SNMP.

Answer 420

F. SNMPv2 added the GetNext protocol message to SNMP.

Answer 421

C. Active Router

Answer 422

D. Standby Router

Answer 423

A. to uniquely identify devices at Layer 2

Answer 424

B. to allow communication with devices on a different network

Answer 425

C. to differentiate a Layer 2 frame from a Layer 3 packet

Answer 426

D. to establish a priority system to determine which device gets to transmit first

Answer 427

E. to allow communication between different devices on the same network

Answer 428

F. to allow detection of a remote device when its physical address is unknown

Answer 429

A. static mapping of IPv4 address to IPv6 addresses

Answer 430

B. configuring IPv4 tunnels between IPv6 islands

Answer 431

C. use DHCPv6 to map IPv4 addresses to IPv6 addresses

Answer 432

D. use proxying and translation (NAT-PT) to translate IPv6 packets into IPv4 packets

Answer 433

E. configure IPv6 directly

Answer 434

F. enable dual-stack routing

Answer 435

A. service timestamps log datetime localtime

Answer 436

B. service timestamps debug datetime msec

Answer 437

C. service timestamps debug datetime localtime

Answer 438

D. service timestamps log datetime msec

Answer 439

B. Netflow

Answer 440

A. 10.188.31.0/27

Answer 441

B. 10.188.31.0/26

Answer 442

C. 10.188.31.0/29

Answer 443

D. 10.188.31.0/28

Answer 444

E. 10.188.31.0/25

Answer 445

C. flash memory

Answer 446

D. HTTP server

Answer 447

E. TFTP server

Answer 448

F. Telnet server

Answer 449

A. blocking

Answer 450

B. learning

Answer 451

C. disabled

Answer 452

D. forwarding

Answer 453

E. listening

Answer 454

A. Configure a dynamic routing protocol on London to advertise all routes to Manchester.

Answer 455

B. Configure a dynamic routing protocol on London to advertise summarized routes to Manchester.

Answer 456

C. Configure a dynamic routing protocol on Manchester to advertise a default route to the London router.

Answer 457

D. Configure a static default route on London with a next hop of 10.1.1.1.

Answer 458

E. Configure a static route on London to direct all traffic destined for 172.16.0.0/22 to 10.1.1.2.

Answer 459

F. Configure Manchester to advertise a static default route to London.

Answer 460

A. a command that is available in every release of IOS, regardless of the version or deployment status

Answer 461

B. a command that can be entered in any configuration mode

Answer 462

C. a command that is universal in application and supports all protocols

Answer 463

D. a command that is implemented in all foreign and domestic IOS versions

Answer 464

E. a command that is set once and affects the entire router

Answer 465

A. It is less CPU intensive for routers in the single area.

Answer 466

B. It reduces the types of LSAs that are generated.

Answer 467

C. It removes the need for virtual links.

Answer 468

D. It increases LSA response times.

Answer 469

E. It reduces the number of required OSPF neighbor adjacencies.

Answer 470

A. show frame-relay pvc

Answer 471

B. show frame-relay lmi

Answer 472

C. show frame-relay map

Answer 473

D. show frame relay end-to-end

Answer 474

A. Check the trunk encapsulation mode for SwitchC’s fa0/1 port.

Answer 475

B. Check the duplex mode for SwitchC’s fa0/1 port.

Answer 476

C. Check the duplex mode for SwitchA’s fa0/2 port.

Answer 477

D. Check the trunk encapsulation mode for SwitchA’s fa0/2 port.

Answer 478

A. All OSPF routers in an area must have the same process ID.

Answer 479

B. Only one process number can be used on the same router.

Answer 480

C. Different process identifiers can be used to run multiple OSPF processes

Answer 481

D. The process number can be any number from 1 to 65,535.

Answer 482

E. Hello packets are sent to each neighbor to determine the processor identifier.

Answer 483

A. show protocols

Answer 484

B. show process

Answer 485

C. show system

Answer 486

D. show version

Answer 487

A. Add two more FastEthernet interfaces.

Answer 488

B. Add a second router to handle the vlan traffic.

Answer 489

C. Use a hub to connect the four vlans with a FastEthernet interface on router.

Answer 490

D. Implement a router-on-a-stick configuration.

Answer 491

A. SW1# show switchport port-security interface FastEthernet 0/12

Answer 492

B. SW1# show switchport port-secure interface FastEthernet 0/12

Answer 493

C. SW1# show port-security interface FastEthernet 0/12

Answer 494

D. SW1# show running-config

Answer 495

A. A DHCP client uses a ping to detect address conflicts.

Answer 496

B. A DHCP server uses a gratuitous ARP to detect DHCP clients.

Answer 497

C. A DHCP client uses a gratuitous ARP to detect a DHCP server.

Answer 498

D. If an address conflict is detected, the address is removed from the pool and an administrator must resolve the conflict.

Answer 499

E. If an address conflict is detected, the address is removed from the pool for an amount of time configurable by the administrator.

Answer 500

F. If an address conflict is detected, the address is removed from the pool and will not be reused until the server is rebooted.

Answer 501

A. Router# show ip eigrp adjacency

Answer 502

B. Router# show ip eigrp topology

Answer 503

C. Router#show ip eigrp interfaces

Answer 504

D. Router#show ip eigrp neighbors

Answer 505

A. These commands need to be added to the configuration: C-router(config)# router eigrp 123 C-router(config-router)# network 172.19.0.0

Answer 506

B. No further routing configuration is required.

Answer 507

C. These commands need to be added to the configuration: C-router(config)# router ospf 1 C-router(config-router)# network 172.19.0.0 0.0.3.255 area 0

Answer 508

D. These commands need to be added to the configuration: C-router(config)# router rip C-router(config-router)# network 172.19.0.0

Answer 509

A. source IP address

Answer 510

B. source MAC address

Answer 511

C. egress interface

Answer 512

D. ingress interface

Answer 513

E. destination IP address

Answer 514

F. IP next-hop

Answer 515

A. the switch with the highest MAC address

Answer 516

B. the switch with the lowest MAC address

Answer 517

C. the switch with the highest IP address

Answer 518

D. the switch with the lowest IP address

Answer 519

A. data link layer

Answer 520

B. application layer

Answer 521

C. access layer

Answer 522

D. session layer

Answer 523

E. network layer

Answer 524

A. HostA is not on the same subnet as its default gateway.

Answer 525

B. The address of SwitchA is a subnet address.

Answer 526

C. The Fa0/0 interface on RouterA is on a subnet that can’t be used.

Answer 527

D. The serial interfaces of the routers are not on the same subnet.

Answer 528

E. The Fa0/0 interface on RouterB is using a broadcast address.

Answer 529

A. Network A – 172.16.3.48/26

Answer 530

B. Network A – 172.16.3.128/25

Answer 531

C. Network A – 172.16.3.192/26

Answer 532

D. Link A – 172.16.3.0/30

Answer 533

E. Link A – 172.16.3.40/30

Answer 534

F. Link A – 172.16.3.112/30

Answer 535

A. a dynamic routing protocol on InternetRouter to advertise summarized routers to CentralRouter.

Answer 536

B. a dynamic routing protocol on CentralRouter to advertise summarized routers to InternetRouter.

Answer 537

C. a static route on InternetRouter to direct traffic that is destined for 172.16.0.0/16 to CentralRouter.

Answer 538

D. a dynamic routing protocol on InternetRouter to advertise all routes to CentralRouter.

Answer 539

E. a dynamic routing protocol on CentralRouer to advertise all routes to InternetRouter

Answer 540

F. a static, default route on CentralRouter that directs traffic to InternetRouter.

Answer 541

A. Host B would not be able to access the server in VLAN9 until the cable is reconnected.

Answer 542

B. Communication between VLAN3 and the other VLANs would be disabled.

Answer 543

C. The transfer of files from Host B to the server in VLAN9 would be significantly slower.

Answer 544

D. For less than a minute, Host B would not be able to access the server in VLAN9. Then normal network function would resume.

Answer 545

A. the port-channel 1 interface

Answer 546

B. the highest number member interface

Answer 547

C. all member interfaces

Answer 548

D. the lowest number member interface

Answer 549

A. This switch has more than one interface connected to the root network segment in VLAN 2.

Answer 550

B. This switch is running RSTP while the elected designated switch is running 802.1d Spanning Tree.

Answer 551

C. This switch interface has a higher path cost to the root bridge than another in the topology.

Answer 552

D. This switch has a lower bridge ID for VLAN 2 than the elected designated switch.

Answer 553

A. informational

Answer 554

B. emergency

Answer 555

C. warning

Answer 556

D. critical

Answer 557

A. Only passwords configured after the command has been entered will be encrypted.

Answer 558

B. Only the enable password will be encrypted.

Answer 559

C. Only the enable secret password will be encrypted

Answer 560

D. It will encrypt the secret password and remove the enable secret password from the configuration.

Answer 561

E. It will encrypt all current and future passwords.

Answer 562

A. CPU utilization

Answer 563

B. where Netflow data will be sent

Answer 564

C. number of devices exporting Netflow data

Answer 565

D. port availability

Answer 566

E. SNMP version

Answer 567

F. WAN encapsulation

Answer 568

A. the IP address of Switch 1

Answer 569

B. the MAC address of Switch 1

Answer 570

C. the IP address of Host C

Answer 571

D. the MAC address of Host C

Answer 572

E. the IP address of the router’s E0 interface

Answer 573

F. the MAC address of the router’s E0 interface

Answer 574

A. by encrypting all passwords passing through the router

Answer 575

B. by encrypting passwords in the plain text configuration file

Answer 576

C. by requiring entry of encrypted passwords for access to the device

Answer 577

D. by configuring an MD5 encrypted key to be used by routing protocols to validate routing exchanges

Answer 578

E. by automatically suggesting encrypted passwords for use in configuring the router

Answer 579

A. Broadcast frames are never sent to switches.

Answer 580

B. Broadcast addresses use an incorrect format for the switching table.

Answer 581

C. A broadcast address will never be the source address of a frame.

Answer 582

D. Broadcasts only use network layer addressing.

Answer 583

E. A broadcast frame is never forwarded by a switch.

Answer 584

A. The virtual IP address and virtual MAC address are active on the HSRP Master router

Answer 585

B. The HSRP default timers are a 3 second hello interval and a 10 second dead interval

Answer 586

C. HSRP supports only clear-text authentication.

Answer 587

D. The HSRP virtual IP address must be on a different subnet than the routers' interfaces on the same LAN.

Answer 588

E. The HSRP virtual IP address must be the same as one of the router's interface addresses on the LAN.

Answer 589

F. HSRP supports up to 255 groups per interface, enabling an administrative form of load balancing.

Answer 590

B. trunk encapsulation

Answer 591

C. DTP negotiation setting

Answer 592

A. network or subnetwork IP address

Answer 593

B. broadcast address on the network

Answer 594

C. IP address leased to the LAN

Answer 595

D. IP address used by the interfaces

Answer 596

E. manually assigned address to the clients

Answer 597

F. designated IP address to the DHCP server

Answer 598

B. SNMP Manager

Answer 599

C. SysLog Server

Answer 600

D. SNMP Agent

Answer 601

A. The subnet mask in use is 255.255.255.192.

Answer 602

B. The subnet mask in use is 255.255.255.128.

Answer 603

C. The IP address 172.16.1.25 can be assigned to hosts in VLAN1

Answer 604

D. The IP address 172.16.1.205 can be assigned to hosts in VLAN1

Answer 605

E. The LAN interface of the router is configured with one IP address

Answer 606

F. The LAN interface of the router is configured with multiple IP addresses

Answer 607

router ospf area 0 router ospf area 0

Answer 608

router ospf network 10.1.1.0 0.0.0.255

Answer 609

router ospf 1 network 10.1.1.0 0.0.0.255 area 0

Answer 610

router ospf area 0 network 10.1.1.0 255.255.255.0 area 0

Answer 611

router ospf network 10.1.1.0 255.255.255.0 area 0

Answer 612

router ospf 1 network 10.1.1.0 0.0.0.255

Answer 613

A. A Level 5 password is not set.

Answer 614

B. An ACL is blocking Telnet access.

Answer 615

C. The vty password is missing.

Answer 616

D. The console password is missing.

Answer 617

A. As FastEthernet0/12 will be the last to come up, it will not be blocked by STP.

Answer 618

B. Remote access management of this switch will not be possible without configuration change.

Answer 619

C. More VLANs will need to be created for this switch.

Answer 620

D. The switch will need a different IOS code in order to support VLANs and STP.

Answer 621

A. defines the destination IP address that is used in all broadcast packets on DLCI 202

Answer 622

B. defines the source IP address that is used in all broadcast packets on DLCI 202

Answer 623

C. defines the DLCI on which packets from the 192.168.1.2 IP address are received

Answer 624

D. defines the DLCI that is used for all packets that are sent to the 192.168.1.2 IP address

Answer 625

A. 255.255.255.0

Answer 626

B. 255.255.254.0

Answer 627

C. 255.255.252.0

Answer 628

D. 255.255.248.0

Answer 629

A. application

Answer 630

B. internet

Answer 631

C. network

Answer 632

D. transport

Answer 633

E. Ethernet

Answer 634

A. They create split-horizon issues.

Answer 635

B. They require a unique subnet within a routing domain.

Answer 636

C. They emulate leased lines.

Answer 637

D. They are ideal for full-mesh topologies.

Answer 638

E. They require the use of NBMA options when using OSPF

Answer 639

A. It has more than one internee that is connected to the root network segment.

Answer 640

B. It is running RSTP while the elected root bridge is running 802.1d spanning tree.

Answer 641

C. It has a higher MAC address than the elected root bridge.

Answer 642

D. It has a higher bridge ID than the elected root bridge.

Answer 643

A. Interface FastEthernet0/2 has been disabled.

Answer 644

B. Multiple devices are connected directly to FastEthernet0/1.

Answer 645

C. FastEthernet0/1 is configured as a trunk link.

Answer 646

D. FastEthernet0/1 is connected to a host with multiple network interface cards

Answer 647

E. FastEthernet0/5 has statically assigned MAC addresses.

Answer 648

F. A hub is connected directly to FastEthernet0/5

Answer 649

A. switch(config-if)#switchport mode trunk switch(config-if)#switchport port-security maximum 1

Answer 650

B. switch(config-if)#switchport mode trunk switch(config-if)#switchport port-security mac-address 1

Answer 651

C. switch(config-if)#switchport mode access switch(config-if)#switchport port-security maximum 1

Answer 652

D. switch(config-if)#switchport mode access switch(config-if)#switchport port-security mac-address 1

Answer 653

A. The loopback addresses are on different subnets.

Answer 654

B. The values of the dead timers on the routers are different.

Answer 655

C. Route summarization is enabled on both routers.

Answer 656

D. The process identifier on router A is different than the process identifier on router

Answer 657

A. The link between Host1 and Switch1 is down.

Answer 658

B. TCP/IP is not functioning on Host1

Answer 659

C. The link between Router1 and Router2 is down.

Answer 660

D. The default gateway on Host1 is incorrect

Answer 661

E. Interface Fa0/0 on Router1 is shutdown.

Answer 662

F. The link between Switch1 and Router1 is down.

Answer 663

A. It is a layer 2 messaging protocol which maintains vlan configurations across network.

Answer 664

B. It includes an 8-bit field which specifies the priority of a frame.

Answer 665

C. It is used exclusively for tagging vlan frames and dose not address network reconvergence following switched network topology changes.

Answer 666

D. It modifies the 802.3 frame header and thus requires that the FCS be recomputed.

Answer 667

E. It is a trunking protocol capable of earring untagged frames.

Answer 668

A. Utilizing Syslog improves network performance.

Answer 669

B. The Syslog server automatically notifies the network administrator of network problems.

Answer 670

C. A Syslog server provides the storage space necessary to store log files without using router disk space.

Answer 671

D. There are more Syslog messages available within Cisco IOS than there are comparable SNMP trap messages.

Answer 672

E. Enabling Syslog on a router automatically enables NTP for accurate time stamping.

Answer 673

F. A Syslog server helps in aggregation of logs and alerts.

Answer 674

A. It checks the configuration register

Answer 675

B. It attempts to boot from a TFTP server

Answer 676

C. It loads the first image file in flash memory

Answer 677

D. It inspects the configuration file in NVRAM for boot instructions

Answer 678

A. It supports VLSM.

Answer 679

B. It is used to route between autonomous systems.

Answer 680

C. It confines network instability to one area of the network.

Answer 681

D. It increases routing overhead on the network.

Answer 682

E. It allows extensive control of routing updates

Answer 683

F. It is simpler to configure than RIPv2.

Answer 684

A. RSTP cannot operate with PVST+.

Answer 685

B. RSTP defines new port roles.

Answer 686

C. RSTP defines no new port states

Answer 687

D. RSTP is a proprietary implementation of IEEE 802.1D STP.

Answer 688

E. RSTP is compatible with the original IEEE 802.1D STP.

Answer 689

A. A CSU/DSU terminates a digital local loop

Answer 690

B. A modem terminates a digital local loop

Answer 691

C. A CSU/DSU terminates an analog local loop

Answer 692

D. A modem terminates an analog local loop

Answer 693

E. A router is commonly considered a DTE device

Answer 694

F. A router is commonly considered a DCE device

Answer 695

A. The Serial0/0 interface is passing traffic.

Answer 696

B. The DLCI 100 was dynamically allocated by the router

Answer 697

C. The Serial0/0 interface acquired the IP address of 172.16.3.1 from a DHCP server

Answer 698

D. The DLCI 100 will be dynamically changed as required to adapt to changes in the Frame Relay cloud

Answer 699

E. The mapping between DLCI 100 and the end station IP address 172.16.3.1 was learned through Inverse ARP

Answer 700

A. The transport layer divides a data stream into segments and may add reliability and flow control information.

Answer 701

B. The data link layer adds physical source and destination addresses and an FCS to the segment.

Answer 702

C. Packets are created when the network layer encapsulates a frame with source and destination host addresses and protocol-related control information.

Answer 703

D. Packets are created when the network layer adds Layer 3 addresses and control information to a segment.

Answer 704

E. The presentation layer translates bits into voltages for transmission across the physical link.

Answer 705

A. transparent

Answer 706

D. desirable

Answer 707

E. blocking

Answer 708

F. forwarding

Answer 709

A. 802.3ad

Answer 710

A. configure static frame relay map entries for each subinterface network.

Answer 711

B. remove the ip address from the physical interface

Answer 712

C. create the virtual interfaces with the interface command

Answer 713

D. configure each subinterface with its own IP address

Answer 714

E. disable split horizon to prevent routing loops between the subinterface networks

Answer 715

F. encapsulate the physical interface with multipoint PPP

Answer 716

A. enable cdp

Answer 717

B. cdp enable

Answer 718

C. cdp run

Answer 719

D. run cdp

Answer 720

A. spanning-tree mode rapid-pvst

Answer 721

B. spanning-tree uplinkfast

Answer 722

C. spanning-tree backbonefast

Answer 723

D. spanning-tree mode mst

Answer 724

A. The process id is configured improperly.

Answer 725

B. The OSPF area is configured improperly.

Answer 726

C. The network wildcard mask is configured improperly.

Answer 727

D. The network number is configured improperly.

Answer 728

E. The AS is configured improperly.

Answer 729

F. The network subnet mask is configured improperly.

Answer 730

A. a router with subinterfaces configured on the physical interface that is connected to the switch

Answer 731

B. a router with an IP address on the physical interface connected to the switch

Answer 732

C. a switch with an access link that is configured between the switches

Answer 733

D. a switch with a trunk link that is configured between the switches

Answer 734

A. transmission unit size too large

Answer 735

B. no loopback set

Answer 736

C. an incorrect subnet mask

Answer 737

D. incompatible encapsulation at each end

Answer 738

E. an incorrect IP address

Answer 739

F. incompatible bandwidth between routers

Answer 740

A. ipv6 address PREFIX_1::1/64

Answer 741

B. ipv6 autoconfig 2001:db8:2222:7272::72/64

Answer 742

C. ipv6 autoconfig

Answer 743

D. ipv6 address 2001:db8:2222:7272::72/64

Answer 744

A. A CSU/DSU converts analog signals from a router to a leased line; a modem converts analog signals from a router to a leased line.

Answer 745

B. A CSU/DSU converts analog signals from a router to a phone line; a modem converts digital signals from a router to a leased line.

Answer 746

C. A CSU/DSU converts digital signals from a router to a phone line; a modem converts analog signals from a router to a phone line.

Answer 747

D. A CSU/DSU converts digital signals from a router to a leased line; a modem converts digital signals from a router to a phone line.

Answer 748

A. service password-encryption access-list 1 permit 192.168.1.0 0.0.0.255 line vty 0 4 login password cisco access-class 1

Answer 749

B. enable password secret line vty 0 login password cisco

Answer 750

C. service password-encryption line vty 1 login password cisco

Answer 751

D. service password-encryption line vty 0 4 login password cisco

Answer 752

A. CHAP uses a two-way handshake.

Answer 753

B. CHAP uses a three-way handshake

Answer 754

C. CHAP authentication periodically occurs after link establishment

Answer 755

D. CHAP authentication passwords are sent in plaintext.

Answer 756

E. CHAP authentication is performed only upon link establishment.

Answer 757

F. CHAP has no protection from playback attacks.

Answer 758

D. Frame Relay

Answer 759

A. when they receive a special token

Answer 760

B. when there is a carrier

Answer 761

C. when they detect no other devices are sending

Answer 762

D. when the medium is idle

Answer 763

E. when the server grants access

Answer 764

A. 192.168.1.56/27

Answer 765

B. 192.168.1.64/26

Answer 766

C. 192.168.1.64/27

Answer 767

D. 192.168.1.56/26

Answer 768

A. The Manchester serial address is 10.1.1.1.

Answer 769

B. The Manchester serial address is 10.1.1.2.

Answer 770

C. The London router is a Cisco 2610.

Answer 771

D. The Manchester router is a Cisco 2610.

Answer 772

E. The CDP information was received on port Serial0/0 of the Manchester router.

Answer 773

F. The CDP information was sent by port Serial0/0 of the London router.

Answer 774

A. IPv6 host

Answer 775

B. IPv6 unicast-routing

Answer 776

C. IPv6 local

Answer 777

D. IPv6 neighbor

Answer 778

A. Layer 2

Answer 779

B. Layer 3

Answer 780

C. Layer 4

Answer 781

D. Layer 5

Answer 782

A. The EIGRP neighbor on Fa0/1 went down due to a failed link.

Answer 783

B. The EIGRP neighbor connected to Fa0/1 is participating in a different EIGRP process, causing the adjacency to go down.

Answer 784

C. A shut command was executed on interface Fa0/1, causing the EIGRP adjacency to go down.*

Answer 785

D. Interface Fa0/1 has become error disabled, causing the EIGRP adjacency to go down.

Answer 786

A. Router1 has specific boot system command that instruct it to load IOS from TFTP server.

Answer 787

B. Router1 is acting as a TFTP server for other routers.

Answer 788

C. Router1 cannot locate a valid IOS image in flash memory

Answer 789

D. Router1 defaulted to ROMMON mode and loaded the IOS image from a TFTP server.

Answer 790

E. Cisco routers will first attempt to load a image from TFTP for management purposes.

Answer 791

A. A dynamically learned MAC address is saved in the startup-configuration file.

Answer 792

B. A dynamically learned MAC address is saved in the running-configuration file.

Answer 793

C. A dynamically learned MAC address is saved in the VLAN database.

Answer 794

E. Statically configured MAC addresses are saved in the running-configuration file if frames from that address are received.

Answer 795

A. a primary route,stored in the routing table

Answer 796

B. a backup route,stored in the routing table

Answer 797

C. a backup route,stored in the topology table

Answer 798

D. a primary route,stored in the topology table

Answer 799

A. BackboneFast

Answer 800

B. UplinkFast

Answer 801

C. Root Guard

Answer 802

D. BPDU Guard

Answer 803

E. BPDU Filter

Answer 804

A. With a network wide mask of 255.255.255.128, each interface does not require an IP address.

Answer 805

B. With a network wide mask of 255.255.255.128, each interface does require an IP address on a unique IP subnet.

Answer 806

C. With a network wide mask of 255.255.255.0, must be a Layer 2 device for the PCs to communicate with each other.

Answer 807

D. With a network wide mask of 255.255.255.0, must be a Layer 3 device for the PCs to communicate with each other.

Answer 808

E. With a network wide mask of 255.255.254.0, each interface does not require an IP address.

Answer 809

A. 0.0.0.240

Answer 810

B. 255.255.255.252

Answer 811

C. 255.255.255.0

Answer 812

D. 255.255.255.224

Answer 813

E. 255.255.255.240

Answer 814

A. 32768: 11-22-33-44-55-66

Answer 815

B. 32768: 22-33-44-55-66-77

Answer 816

C. 32769: 11-22-33-44-55-65

Answer 817

D. 32769: 22-33-44-55-66-78

Answer 818

A. FE08::280e:611:a:f14f.3d69

Answer 819

B. FE81::280f.512b:e14f:3d69

Answer 820

C. FE80::380e:611a:e14f:3d69

Answer 821

D. FEFE:0345:5f1b::e14d:3d69

Answer 822

A. B514:82C3:0029::EC7A:0000:EC72

Answer 823

B. B514:82C3:0029:EC7A:EC72

Answer 824

C. B514:82C3::0029:EC7A:0:EC72

Answer 825

D. B514:82C3::0029:EC7A:EC72

Answer 826

A. one-to-many communication model

Answer 827

B. one-to-nearest communication model

Answer 828

C. any-to-many communication model

Answer 829

D. a unique IPv6 address for each device in the group

Answer 830

E. the same address for multiple devices in the group

Answer 831

F. delivery of packets to the group interface that is closest to the sending device

Answer 832

A. exstart state > loading state > exchange state > full state

Answer 833

B. exstart state > exchange state > loading state > full state

Answer 834

C. exstart state > full state > loading state > exchange state

Answer 835

D. loading state > exchange state > full state > exstart state Correct Answer:

Answer 836

A. The router will forward packets from R3 to R2 to R1

Answer 837

B. The router will forward packets from R3 to R1

Answer 838

C. The router will forward packets from R3 to R1 to R2

Answer 839

D. The router will forward packets from R3 to R2 to R1 AND from R3 to R1

Answer 840

A. 192.168.252.0 255.255.255.252

Answer 841

B. 192.168.252.8 255.255.255.248

Answer 842

C. 192.168.252.8 255.255.255.252

Answer 843

D. 192.168.252.16 255.255.255.240

Answer 844

E. 192.168.252.16 255.255.255.252

Answer 845

A. 192.168.25.0 255.255.255.240

Answer 846

B. 192.168.25.16 255.255.255.252

Answer 847

C. 192.168.25.0 255.255.255.252

Answer 848

D. 192.168.25.28 255.255.255.240

Answer 849

E. 192.168.25.16 255.255.255.240

Answer 850

F. 192.168.25.28 255.255.255.240

Answer 851

A. NAT protects network security because private networks are not advertised.

Answer 852

B. NAT accelerates the routing process because no modifications are made on the packets.

Answer 853

C. Dynamic NAT facilitates connections from the outside of the network.

Answer 854

D. NAT facilitates end-to-end communication when IPsec is enable

Answer 855

E. NAT eliminates the need to re-address all host that require external access.

Answer 856

F. NAT conserves addresses through host MAC-level multiplexing.

Answer 857

A. The number of FECN packets that are received by the router

Answer 858

B. The number of BECN packets that are received by the router

Answer 859

C. The ip address of the local router

Answer 860

D. The value of the local DLC

Answer 861

E. The status of the PVC that is configured on the router

Answer 862

A. Switch2

Answer 863

B. Switch1

Answer 864

C. Switch3

Answer 865

D. Switch4

Answer 866

A. 10.1.1.2

Answer 867

B. 10.1.2.2

Answer 868

C. 10.1.3.3

Answer 869

D. 10.1.4.4

Answer 870

A. The path of the packets will be R3 to R2 to R1

Answer 871

B. The path of the packets will be R3 to R1 to R2.

Answer 872

C. The path of the packets will be both R3 to R2 to R1 and R3 to R1.

Answer 873

D. The path of the packets will be R3 to R1

Answer 874

A. the operation of VTP

Answer 875

B. a method of VLAN trunking

Answer 876

C. an approach to wireless LAN communication

Answer 877

D. the process for root bridge selection

Answer 878

E. VLAN pruning

Answer 879

A. ip route 0.0.0.0 255.255.255.0 172.16.100.2

Answer 880

B. ip route 0.0.0.0 255.255.255.252 128.107.1.1

Answer 881

C. ip route 0.0.0.0 0.0.0.0 128.107.1.1

Answer 882

D. ip route 0.0.0.00.0:0:0 172.16.100.1

Answer 883

E. ip route 0.0.0.0 255.255.255.255 172.16.100.2

Answer 884

F. ip route 0.0.0.0 0.0.0.0 172.16.100.2

Answer 885

A. SwitchB(config)#interface FastEthernet 0/1 SwitchB(config)#ip address 192.168.8.252 255.255.255.0 SwitchB(config)#no shutdown

Answer 886

B. SwitchB(config)#ip default-gateway 192.168.8.254 SwitchB(config)#interface vlan 1 SwitchB(config)#ip address 192.168.8.252 255.255.255.0 SwitchB(config)#no shutdown

Answer 887

C. SwitchB(config)#interface vlan 1 SwitchB(config)#ip address 192.168.8.252 255.255.255.0 SwitchB(config)#ip default-gateway 192.168.8.254 255.255.255.0 SwitchB(config)#no shutdown

Answer 888

D. SwitchB(config)#ip default-network 192.168.8.254 SwitchB(config)#interface vlan 1 SwitchB(config)#ip address 192.168.8.252 255.255.255.0 SwitchB(config)#no shutdown

Answer 889

A. DLCI 17 describes the ISDN circuit between R2 and R3.

Answer 890

B. DLCI 17 describes a PVC on R2. It cannot be used on R3 or R1.

Answer 891

C. DLCI 17 is the Layer 2 address used by R2 to describe a PVC to R3.

Answer 892

D. DLCI 17 describes the dial-up circuit from R2 and R3 to the service provider.

Answer 893

A. learning

Answer 894

B. listening

Answer 895

C. discarding

Answer 896

D. forwarding

Answer 897

A. Switch A – Fa0/0

Answer 898

B. Switch A – Fa0/1

Answer 899

C. Switch B – Fa0/0

Answer 900

D. Switch B – Fa0/1

Answer 901

E. Switch C – Fa0/0

Answer 902

F. Switch C – Fa0/1

Answer 903

A. They increase the size of collision domains.

Answer 904

B. They allow logical grouping of users by function.

Answer 905

C. They can enhance network security.

Answer 906

D. They increase the size of broadcast domains while decreasing the number of collision domains.

Answer 907

E. They increase the number of broadcast domains while decreasing the size of the broadcast domains.

Answer 908

F. They simplify switch administration.

Answer 909

A. Switch1 (config)# line con0 Switch1 (config-line)# password cisco Switch1 (config-line)#login

Answer 910

B. Switch1 (config)# interface fa0/1 Switch 1(config-if)# ip address 192.168.24.3 255.255.255.0

Answer 911

C. Switch1 (config)# ip default-gateway 192.168.24.1

Answer 912

D. Switch1 (config)# interface fa0/1 Switch 1(config-if)# duplex full Switch 1(config-if)# speed 100

Answer 913

E. Switch1 (config)# interface fa0/1 Switch 1(config-if)# switchport mode trunk

Answer 914

A. session

Answer 915

B. network

Answer 916

C. physical

Answer 917

D. data link

Answer 918

E. transport

Answer 919

A. The first 64 bits represent the dynamically created interface ID.

Answer 920

B. A single interface may be assigned multiple IPV6 addresses of any type.

Answer 921

C. Every IPV6 interface contains at least one loopback address.

Answer 922

D. Leading zeros in an IPV6 16 bit hexadecimal field are mandatory.

Answer 923

A. show sessions

Answer 924

B. show cdp neighbors

Answer 925

C. show users

Answer 926

D. show queue

Answer 927

A. reflexive

Answer 928

B. extended

Answer 929

C. standard

Answer 930

D. dynamic

Answer 931

A. 192.168.1.1

Answer 932

B. 172.16.1.1

Answer 933

C. 1.1.1.1

Answer 934

D. 2.2.2.2

Answer 935

A. the OSPF route

Answer 936

B. the EIGRP route

Answer 937

C. the RIPv2 route

Answer 938

D. all three routes

Answer 939

E. the OSPF and RIPv2 routes

Answer 940

A. There are two broadcast domains in the network.

Answer 941

B. There are four broadcast domains in the network.

Answer 942

C. There are six broadcast domains in the network.

Answer 943

D. There are four collision domains in the network

Answer 944

E. There are five collision domains in the network.

Answer 945

F. There are seven collision domains in the network.

Answer 946

A. Switch3, port fa0/1

Answer 947

B. Switch3, port fa0/12

Answer 948

C. Switch4, port fa0/11

Answer 949

D. Switch4, port fa0/2

Answer 950

E. Switch3, port Gi0/1

Answer 951

A. 172.1.0.0/22

Answer 952

B. 172.1.0.0/21

Answer 953

C. 172.1.4.0/22

Answer 954

D. 172.1.4.0/24 172.1.5.0/24 172.1.6.0/24 172.1.7.0/24

Answer 955

E. 172.1.4.0/25 172.1.4.128/25 172.1.5.0/24 172.1.6.0/24 172.1.7.0/24

Answer 956

A. Microsegmentation decreases the number of collisions on the network.

Answer 957

B. If a switch receives a frame for an unknown destination.it uses ARP to resolve the address.

Answer 958

C. Spanning Tree Protocol allows switches to automatically share vlan information.

Answer 959

D. In a property functioning network with redundant switched paths, each switched segment will contain one root bridge with all its ports in the forwarding state. All other switches in that broadcast domain will have only one root port.

Answer 960

E. Establishing vlans increases the number of broadcast domains

Answer 961

F. Switches that are configured with vlans make forwarding decisions based on both layer 2 and layer 3 address information.

Answer 962

A. One interface has a problem

Answer 963

B. Two interfaces have problems

Answer 964

C. The interfaces are functioning correctly.

Answer 965

D. The operational status of the interfaces cannot be determined from the output shown.

Answer 966

A. FF02::1

Answer 967

B. FF02::2

Answer 968

C. FF02::3

Answer 969

D. FF02::4

Answer 970

A. Configure the gateway on Host A as 10.1.1.1.

Answer 971

B. Configure the gateway on Host B as 10.1.2.254.

Answer 972

C. Configure the IP address of Host A as 10.1.2.2

Answer 973

D. Configure the IP address of Host B as 10.1.2.2.

Answer 974

E. Configure the masks on both hosts to be 255.255.255.224.

Answer 975

F. Configure the masks on both hosts to be 255.255.255.240.

Answer 976

A. provides common view of entire topology

Answer 977

B. exchanges routing tables with neighbors

Answer 978

C. calculates shortest path

Answer 979

D. utilizes event-triggered updates

Answer 980

E. utilizes frequent periodic updates

Answer 981

A. Host B and the switch need to be in the same subnet.

Answer 982

B. The switch needs an appropriate default gateway assigned.

Answer 983

C. The switch interface connected to the router is down.

Answer 984

D. Host B need to be assigned an IP address in vlan 1.

Answer 985

A. routing loops, hold down timers

Answer 986

B. Switching loops, split horizon

Answer 987

C. routing loops, split horizon

Answer 988

D. Switching loops, VT

Answer 989

E. routing loops, STP

Answer 990

F. Switching loops, STP

Answer 991

A. 2031:0:130F::9C0:876A:130B

Answer 992

B. 2001:0DB8:0000:130F:0000:0000:08GC:140B

Answer 993

C. 2001:0DB8:0:130H::87C:140B

Answer 994

D. 2031::130F::9C0:876A:130B

Answer 995

A. optional IPsec

Answer 996

B. autoconfiguration

Answer 997

C. no broadcasts

Answer 998

D. complicated header

Answer 999

E. plug-and-play

Answer 1000

F. checksums

Answer 1001

A. an OSPF update for network 192.168.0.0/16

Answer 1002

B. a static router to network 192.168.10.0/24

Answer 1003

C. a static router to network 192.168.10.0/24 with a local serial interface configured as the next hop

Answer 1004

D. a RIP update for network 192.168.10.0/24

Answer 1005

E. a directly connected interface with an address of 192.168.10.254/24

Answer 1006

F. a default route with a next hop address of 192.168.10.1

Answer 1007

A. application

Answer 1008

B. presentation

Answer 1009

C. session

Answer 1010

D. transport

Answer 1011

E. internet

Answer 1012

F. data link

Answer 1013

A. to map a known DLCI to an IP address

Answer 1014

B. to map a known IP address to a MAC address

Answer 1015

C. to map known SPID to a MACaddress

Answer 1016

D. to map a known DLCI to a MAC address

Answer 1017

E. to map a known IP address to a SPID.

Answer 1018

F. to map a known MAC address to an IP address

Answer 1019

A. It requires the use of ARP.

Answer 1020

B. It can support multiple IPv6 subnets on a single link.

Answer 1021

C. It supports up to 2 instances of OSPFv3 over a common link.

Answer 1022

D. It routes over links rather than over networks.

Answer 1023

A. show frame-relay map

Answer 1024

B. show frame-relay lmi

Answer 1025

C. show inter serial

Answer 1026

D. show frame-relay pvc

Answer 1027

A. Emergencies

Answer 1028

C. Critical

Answer 1029

E. Warnings

Answer 1030

F. Notification

Answer 1031

A. Addresses are allocated after a negotiation between the server and the host to determine the length of the agreement.

Answer 1032

B. Addresses are assigned for a fixed period of time. At the end of period, a new quest for an address must be made, and another address is then assigned.

Answer 1033

C. Addresses are leased to host. A host will usually keep the same address by periodically contacting the DHCP sever to renew the lease.

Answer 1034

D. Addresses are permanently assigned so that the host uses the same address at all times.

Answer 1035

A. IP address: 192.168.20.14 Subnet Mask: 255.255.255.248 Default Gateway: 192.168.20.9

Answer 1036

B. IP address: 192.168.20.254 Subnet Mask: 255.255.255.0 Default Gateway: 192.168.20.1

Answer 1037

C. IP address: 192.168.20.30 Subnet Mask: 255.255.255.248 Default Gateway: 192.168.20.25

Answer 1038

D. IP address: 192.168.20.30 Subnet Mask: 255.255.255.240 Default Gateway: 192.168.20.17

Answer 1039

E. IP address: 192.168.20.30 Subnet Mask: 255.255.255.240 Default Gateway: 192.168.20.25

Answer 1040

A. AS numbers must be changed to match on all the routers

Answer 1041

B. Loopback interfaces must be configured so a DR is elected

Answer 1042

C. The no auto-summary command is needed on R1 and R3

Answer 1043

D. R2 needs to have two network statements, one for each connected network

Answer 1044

A. FastEthernet0/0

Answer 1045

B. FastEthernet0/1

Answer 1046

C. Serial0/0

Answer 1047

D. Serial0/1.102

Answer 1048

E. Serial0/1.103

Answer 1049

F. Serial0/1.104

Answer 1050

A. The usernames are incorrectly configured on the two routers.

Answer 1051

B. The passwords do not match on the two routers.

Answer 1052

C. CHAP authentication cannot be used on a serial interface.

Answer 1053

D. The routers cannot be connected from interface S0/0 to interface S0/0.

Answer 1054

E. With CHAP authentication, one router must authenticate to another router. The routers cannot be configured to authenticate to each other.

Answer 1055

A. Addresses in a private range will be not routed on the Internet backbone.

Answer 1056

B. Only the ISP router will have the capability to access the public network.

Answer 1057

C. The NAT process will be used to translate this address in a valid IP address.

Answer 1058

D. Several automated methods will be necessary on the private network.

Answer 1059

E. A conflict of IP addresses happens, because other public routers can use the same range.

Answer 1060

A. This is a 10 Mb/s switch port

Answer 1061

B. This is a 100 Mb/s switch port.

Answer 1062

C. This is an Ethernet port operating at half duplex.

Answer 1063

D. This is an Ethernet port operating at full duplex

Answer 1064

E. This is a port on a network interface card in a PC

Answer 1065

A. Router(config)#interface fastethernet 0/0 Router(config-if)#ip address 192.168.1.1 255.255.255.0 Router(config-if)#no shut down

Answer 1066

B. Router(config)#interface fastethernet 0/0 Router(config-if)#no shutdown Router(config)#interface fastethernet 0/0.1 Router(config-subif)#encapsulation dot1q 10 Router(config-subif)#ip address 192.168.10.1 255.255.255.0 Router(config-subif)#interface fastethernet 0/0.2 Router(config-subif)#encapsulation dot1q 20 Router(config-subif)#ip address 192.168.20.1 255.255.255.0

Answer 1067

C. Router (config)#router eigrp 100 Router(config-router)#network 192.168.10.0 Router(config-router)#network 192.168.20.0

Answer 1068

D. Switch1(config)# vlan database Switch1(config-vlan)# vtp domain XYZ Switch1(config-vlan)# vtp server

Answer 1069

E. witch1(config) # interface fastEthernet 0/1 Switch1(config-if)# switchport mode trunk

Answer 1070

F. Switch1(config)# interface vlan 1 Switch1(config-if)# ip default-gateway 192.168.1.1

Answer 1071

A. flow monitor

Answer 1072

B. flow record

Answer 1073

C. flow sampler

Answer 1074

D. flow exporter

Answer 1075

A. 172.16.0.0/18

Answer 1076

B. 172.16.0.0/16

Answer 1077

C. 172.16.0.0/20

Answer 1078

D. 172.16.0.0/21

Answer 1079

A. Port security needs to be globally enabled.

Answer 1080

B. Port security needs to be enabled on the interface.

Answer 1081

C. Port security needs to be configured to shut down the interface in the event of a violation.

Answer 1082

D. Port security needs to be configured to allow only one learned MAC address.

Answer 1083

E. Port security interface counters need to be cleared before using the show command

Answer 1084

F. The port security configuration needs to be saved to NVRAM before it can become active.

Answer 1085

A. transparent

Answer 1086

D. desirable

Answer 1087

F. forwarding

Answer 1088

C. 2000::/3

Answer 1089

A. to confine network instability to single areas of the network.

Answer 1090

B. to reduce the complexity of router configuration

Answer 1091

C. to speed up convergence

Answer 1092

D. to lower costs by replacing routers with distribution layer switches

Answer 1093

E. to decrease latency by increasing bandwidth

Answer 1094

F. to reduce routing overhead

Answer 1095

A. HFD (config) #ip route 10.5.6.0 0.0.0.255 fa0/0

Answer 1096

B. HFD(config)# ip route 10.5.6.0 0.0.0.255 10.5.4.6

Answer 1097

C. HFD(config)# ip route 10.5.6.0 255.255.255.0 fa0/0

Answer 1098

D. FD(config)# ip route 10.5.6.0 255.255.255.0 10.5.4.6

Answer 1099

E. HFD(config)# ip route 10.5.4.6 0.0.0.255 10.5.6.0

Answer 1100

F. HFD(config)# ip route 10.5.4.6 255.255.255.0 10.5.6.0

Answer 1101

A. interface FastEthernet 0/1 channel-group 1 mode active switchport trunk encapsulation dot1q switchport mode trunk interface FastEthernet 0/2 channel-group 1 mode active switchport trunk encapsulation dot1q switchport mode trunk

Answer 1102

B. interface FastEthernet 0/1 channel-group 2 mode auto switchport trunk encapsulation dot1q switchport mode trunk interface FastEthernet 0/2 channel-group 2 mode auto switchport trunk encapsulation dot1q switchport mode trunk

Answer 1103

C. interface FastEthernet 0/1 channel-group 1 mode desirable switchport trunk encapsulation dot1q switchport mode trunk interface FastEthernet 0/2 channel-group 1 mode desirable switchport trunk encapsulation dot1q switchport mode trunk

Answer 1104

D. interface FastEthernet 0/1 channel-group 1 mode passive switchport trunk encapsulation dot1q switchport mode trunk interface FastEthernet 0/2 channel-group 1 mode passive switchport trunk encapsulation dot1q switchport mode trunk

Answer 1105

A. 172.16.16.0

Answer 1106

B. 172.16.24.0

Answer 1107

C. 172.16.0.0

Answer 1108

D. 172.16.28.0

Answer 1109

A. redundant

Answer 1110

B. spanned

Answer 1111

C. provisioned

Answer 1112

D. converged

Answer 1113

A. Global addresses start with 2000::/3

Answer 1114

B. Link-local addresses start with FE00:/12

Answer 1115

C. Link-local addresses start with FF00::/10

Answer 1116

D. There is only one loopback address and it is ::1

Answer 1117

E. If a global address is assigned to an interface, then that is the only allowable address for the interface.

Answer 1118

A. The design will function as intended

Answer 1119

B. Spanning-tree will need to be used

Answer 1120

C. The router will not accept the addressing scheme.

Answer 1121

D. The connection between switches should be a trunk.

Answer 1122

E. The router interfaces must be encapsulated with the 802.1Q protocol.

Answer 1123

A. GLBP supports up to eight virtual forwarders per GLBP group.

Answer 1124

B. GLBP supports clear text and MD5 password authentication between GLBP group members.

Answer 1125

C. GLBP is an open source standardized protocol that can be used with multiple vendors.

Answer 1126

D. GLBP supports up to 1024 virtual routers

Answer 1127

E. GLBP can load share traffic across a maximum of four routers

Answer 1128

F. GLBP elects two AVGs and two standby AVGs for redundancy.

Answer 1129

A. trunk mode mismatches

Answer 1130

B. vlans that do not correspond to a unique IP subnet

Answer 1131

C. native vlan mismatches

Answer 1132

D. allowing only vlan 2 on the destination.

Answer 1133

A. All of the routers need to be configured for backbone Area 1

Answer 1134

B. R1 and R2 are the DR and BDR, so OSPF will not establish neighbor adjacency with R3

Answer 1135

C. A static route has been configured from R1 to R3 and prevents the neighbor adjacency from being established.

Answer 1136

D. The hello and dead interval timers are not set to the same values on R1 and R3

Answer 1137

E. EIGRP is also configured on these routers with a lower administrative distance

Answer 1138

F. R1 and R3 are configured in different areas

Answer 1139

A. Switch-1 will drop the data because it does not have an entry for that MAC address.

Answer 1140

B. Switch-1 will forward the data to its default gateway.

Answer 1141

C. Switch-1 will flood the data out all of its ports except the port from which the data originated.

Answer 1142

D. Switch-1 will send an ARP request out all its ports except the port from which the data originated.

Answer 1143

A. when a packet is received from an 802.1Q trunk,the vlan id can be determined from the source MAC address table.

Answer 1144

B. unknown unicast frames are retransmitted only to the ports that belong to the same vlan.

Answer 1145

C. ports between switches should be configured in access mode so that vlans can span across the ports.

Answer 1146

D. broadcast and multicast frames are retransmitted to ports that are configured on different vlan.

Answer 1147

A. Send periodic updates regardless of topology changes.

Answer 1148

B. Send entire routing table to all routers in the routing domain.

Answer 1149

C. Use the shortest-path algorithm to the determine best path

Answer 1150

D. Update the routing table based on updates from their neighbors.

Answer 1151

E. Maintain the topology of the entire network in its database.

Answer 1152

A. PVST+ reduces the CPU cycles for all the switches in the network.

Answer 1153

B. PVST+ automatically selects the root bridge location, to provide optimization.

Answer 1154

C. PVST+ allows the root switch location to be optimized per vlan.

Answer 1155

D. PVST+ supports Layer 3 load balancing without loops

Answer 1156

B. tracert

Answer 1157

C. ipconfig

Answer 1158

D. show ip route

Answer 1159

E. winipcfg

Answer 1160

F. show interfaces

Answer 1161

A. (config-if)# authentication ppp chap fallback ppp

Answer 1162

B. config-if)# authentication ppp chap pap

Answer 1163

C. (config-if)# ppp authentication chap pap

Answer 1164

D. (config-if)# ppp authentication chap fallback ppp

Answer 1165

A.

Image:

2ce01346-d5f6-4ef7-bd9e-75d36eb038e5.JPG (image/JPG)

Answer 1166

B

Image:

4161f945-f5b6-4be5-b874-141f2b60a9da.JPG (image/JPG)

Answer 1167

d

Image:

ea81749d-cbfa-41a9-b0ae-52efcfcc3109.JPG (image/JPG)

Answer 1168

e

Image:

f4d85f91-f001-40b2-ae1a-9018b4c2d501.JPG (image/JPG)

Answer 1169

f

Image:

d09f065a-6301-4235-a5d6-a2a497988656.JPG (image/JPG)

Answer 1170

A. The number of collision domains would remain the same.

Answer 1171

B. The number of collision domains would decrease.

Answer 1172

C. The number of collision domains would increase

Answer 1173

D. The number of broadcast domains would remain the same.

Answer 1174

E. The number of broadcast domains would decrease.

Answer 1175

F. The number of broadcast domains would increase

Answer 1176

A. All ports will be in a state of discarding, learning or forwarding.

Answer 1177

B. Thirty VLANs have been configured on this switch.

Answer 1178

C. The bridge priority is lower than the default value for spanning tree.

Answer 1179

D. All interfaces that are shown are on shared media.

Answer 1180

E. All designated ports are in a forwarding state.

Answer 1181

F. The switch must be the root bridge for all VLANs on this switch.

Answer 1182

A. one IP network or subnetwork for each subinterface

Answer 1183

B. subinterface numbering that matches vlan tages

Answer 1184

C. subinterface encapsulation identifiers that match vlan tags

Answer 1185

D. a management domain for each subinterface G E. one physical interface for each subinterface

Answer 1186

E. one subinterface per vlan

Answer 1187

A. global unicast

Answer 1188

B. anycast

Answer 1189

C. multicast

Answer 1190

D. unspecified address

Answer 1191

A. Host E and host F use the same IP gateway address.

Answer 1192

B. Routed and Switch2 should be connected via a crossover cable.

Answer 1193

C. Router1 will not play a role in communications between host A and host D.

Answer 1194

D. The FastEthernet 0/0 interface on Router1 must be configured with subinterfaces.

Answer 1195

E. Router1 needs more LAN interfaces to accommodate the VLANs that are shown in the exhibit.

Answer 1196

F. The FastEthernet 0/0 interface on Router1 and Switch2 trunk ports must be configured using the same encapsulation type.

Answer 1197

A. 10.1.1.2

Answer 1198

B. 10.154.154.1

Answer 1199

C. 172.16.5.1

Answer 1200

D. 92.168.5.316

Answer 1201

A. Router# service password-encryption

Answer 1202

B. Router(config)# password-encryption

Answer 1203

C. Router(config)# service password-encryption

Answer 1204

D. Router# password-encryption

Answer 1205

A. The OSPF area is not configured properly.

Answer 1206

B. The priority on R1 should be set higher.

Answer 1207

C. The cost on R1 should be set higher.

Answer 1208

D. The hello and dead timers are not configured properly

Answer 1209

E. A backup designated router needs to be added to the network.

Answer 1210

F. The OSPF process ID numbers must match

Answer 1211

A. incorrect bandwidth configuration

Answer 1212

B. incorrect LMI configuration

Answer 1213

C. incorrect map statement

Answer 1214

D. incorrect IP address

Answer 1215

A. Router1 will strip off the source MAC address and replace it with the MAC address 0000.0c36.6965.

Answer 1216

B. Router1 will strip off the source IP address and replace it with the IP address 192.168.40.1.

Answer 1217

C. Router1 will strip off the destination MAC address and replace it with the MAC address 0000.0c07.4320.

Answer 1218

D. Router1 will strip off the destination IP address and replace it with the IP address of 192.168.40.1.

Answer 1219

E. Router1 will forward the data packet out interface FastEthernet0/1

Answer 1220

F. Router1 will forward the data packet out interface FastEthernet0/2.

Answer 1221

A. This command should be executed from the global configuration mode.

Answer 1222

B. The IP address 10.121.16.8 is the local router port used to forward data.

Answer 1223

C. 102 is the remote DLCI that will receive the information

Answer 1224

D. This command is required for all Frame Relay configurations.

Answer 1225

E. The broadcast option allows packets, such as RIP updates, to be forwarded across the PVC.

Answer 1226

A. the amount of available ROM

Answer 1227

B. the amount of available flash and RAM memory

Answer 1228

C. the version of the bootstrap software present on the router

Answer 1229

D. show version

Answer 1230

E. show processes

Answer 1231

F. show running-config

Answer 1232

A. 2 through 1001

Answer 1233

B. 1 through 1001

Answer 1234

C. 1 through 1002

Answer 1235

D. 2 through 1005

Answer 1236

A. 802.1Q giants frames could saturate the link.

Answer 1237

B. VLAN 10 on CAT1 and VLAN 1 on CAT2 will send untagged frames.

Answer 1238

C. A native VLAN mismatch error message will appear.

Answer 1239

D. VLAN 10 on CAT1 and VLAN 1 on CAT2 will send tagged frames.

Answer 1240

A. It identifies the source of Type 1 LSA

Answer 1241

B. It should be the same on all routers in an OSPF routing instance

Answer 1242

C. By default, the lowest IP address on the router becomes the OSPF router ID

Answer 1243

D. The router automatically chooses the IP address of a loopback as the OSPF Router ID

Answer 1244

E. It is created using the MAC Address of the loopback interface

Answer 1245

A. show ip ospf link-state

Answer 1246

B. show ip ospf lsa database

Answer 1247

C. show ip ospf neighbors

Answer 1248

D. show ip ospf database

Answer 1249

A – The MAC address table will now have an additional entry of fa0/1 FFFF.FFFF.FFFF.

Answer 1250

B – Only host A will be allowed to transmit frames on fa0/1.

Answer 1251

C – This frame will be discarded when it is received by 2950Switch.

Answer 1252

D – All frames arriving on 2950Switch with a destination of 0000.00aa.aaaa will be forwarded out fa0/1.

Answer 1253

E – Hosts B and C may forward frames out fa0/1 but frames arriving from other switches will not be forwarded out fa0/1.

Answer 1254

F – Only frames from source 0000.00bb.bbbb, the first learned MAC address of 2950Switch, will be forwarded out fa0/1.

Answer 1255

A. The Fa0/1 port is not operational on one of the switches.

Answer 1256

B. The Link connecting the switches has not been configured as a trunk.

Answer 1257

C. At lease one port needs to be configured in VLAN 1 for VLANs 10 and 15 to be able to communicate.

Answer 1258

D. Port FastEthernet 0/1 needs to be configured as an access link on both switches.

Answer 1259

E. A router is required for hosts on Sw11 in VLANs 10 and 15 to communicate with hosts in the same VLAN on Sw12.

Answer 1260

A. The Fa0/11 role confirms that SwitchA is the root bridge for VLAN 20.

Answer 1261

B. VLAN 20 is running the Per VLAN Spanning Tree Protocol.

Answer 1262

C. The MAC address of the root bridge is 0017.596d.1580.

Answer 1263

D. SwitchA is not the root bridge, because not all of the interface roles are designated.

Answer 1264

A. The PVC is configured correctly and is operating normally,but no data packets have been detected for more than five minutes.

Answer 1265

B. The PVC is configured correctly, is operating normally and is no longer actively seeking the address the remote route.

Answer 1266

C. The PVC is configured correctly, is operating normally and is waiting for interesting to trigger a call to the remote router

Answer 1267

D. The PVC is configured correctly on the local switch, but there is a problem on the remote end of the PVC.

Answer 1268

E. The PVC is not configured on the switch.

Answer 1269

A. incorrect IP address

Answer 1270

B. incorrect bandwidth configuration

Answer 1271

C. incorrect map statement

Answer 1272

D. incorrect LMI configuration

Answer 1273

A. It is used for type 1 router LSA

Answer 1274

B. Highest IP address of the loopback is used

Answer 1275

C. router-id needs to be matched on ospf neighbors

Answer 1276

D. router-id is 16 bit

Answer 1277

A. A dynamically learned MAC address is saved in the startup-configuration file.

Answer 1278

B. A dynamically learned MAC address is saved in the running-configuration file.

Answer 1279

C. A dynamically learned MAC address is saved in the VLAN database.

Answer 1280

D. Statically configured MAC addresses are saved in the startup-configuration file if frames from that address are received.

Answer 1281

E. Statically configured MAC addresses are saved in the running-configuration file if frames from that address are received

Answer 1282

A. Emergency

Answer 1283

E. Warning

Answer 1284

A. Switch2# configure terminal Switch2(config)# interface range gigabitethernet3/1 -2 Switch2(config-if)# channel-group 5 mode auto

Answer 1285

B. Switch2# configure terminal Switch2(config)# interface range gigabitethemet3/1 -2 Switch2(config-if)# channel-group 5 mode passive

Answer 1286

C. Switch2# configure terminal Switch2(config)# interface range gigabitethernet3/1 -2 Switch2(config-if)# channel-group 5 mode desirable

Answer 1287

D. Switch2# configure terminal Switch2(config)# interface range gigabitethernet3/1 -2 Switch2(config-if)# channel-group 5 mode ACTIVE

Answer 1288

A. The hosts will not be able to communicate with any other hosts.

Answer 1289

B. The hosts will continue to communicate normally for a period of time.

Answer 1290

C. The hosts will be able to communicate with hosts outsides their own network

Answer 1291

D. The hosts will only be able to communicate with other hosts by IP address not by hostname

Answer 1292

A. to provide storage for email

Answer 1293

B. to translate URLs to IP addresses

Answer 1294

C. to translate IPv4 addresses to MAC addresses

Answer 1295

D. to provide an IP configuration information to hosts

Answer 1296

A. Layer 3 unicast

Answer 1297

B. Layer 3 broadcast

Answer 1298

C. Layer 3 multicast

Answer 1299

D. Without any Layer 3 encapsulation

Answer 1300

A. Drop the request

Answer 1301

B. Broadcast the request to R2 and R3

Answer 1302

C. Forward the request to R2

Answer 1303

D. Broadcast the request to R2, R3 and ISP

	Erstellt von Carlos Velas vor etwa 9 Jahre

Nächster

CISCO 200 -120

Beschreibung

Zusammenfassung der Ressource

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