Which of the following components must be elected before the Spanning Tree Protocol can converge in a switched LAN?（）

A .  They are evaluated by all the three WHEN clauses regardless of the results of the evaluation of any other WHEN clause. B .  They are evaluated by the first WHEN clause. If the condition is true， then the row would be evaluated by the subsequent WHEN clauses. C .  They are evaluated by the first WHEN clause. If the condition is false， then the row would be evaluated by the subsequent WHEN clauses. D .  The INSERT statement would give an error because the ELSE clause is not present for support in case none of the WHEN clauses are true.

A . Configure the gateway on Host A as 10.1.1.1 B . Configure the gateway on Host B as 10.1.2.254 C . Configure the IP address of Host A as 10.1.2.2 D . Configure the IP address of Host B as 10.1.2.2 E . Configure the masks on both hosts to be 255.255.255.224 F . Configure the masks on both hosts to be 255.255.255.240

A . Enable remote commands on the HMC Configuration menu,then use ssh to login to theHMC,enter su - root B . Login to the HMC as hscpe and run pesh,using a temporary password from IBM Support,afterward， enter su - root C . Login to the HMC as hscroot,then run pesh,using a temporary password from IBM Support, afterward,enter su - root D . Enable remote commands on the HMC Configuration menu，then telnet in as hscroot,entersu - root

A . CPU B . Disk C . Memory D . NetworkX

A . BGP NSF awareness is enabled B . SSO for BGP NSF capability is enabled C . BGP graceful restart awareness is enabled D . 10.11.1.187 is configured as an NSF-capable BGP neighbor

A . It creates a baseline template that never expires. B . It produces an error because no snapshot information is provided to create the baseline. C . It creates a baseline template that expires after the Automatic Workload Repository (AWR) retention period. D . It creates a repeating baseline template that repeats after the Automatic Workload Repository (AWR) retention period.

A . The class-map "all-traffic" will match all traffic with ip precedence 4 and 5 B . The class-map "all-traffic" will match all traffic with dscp 18 or dscp 43 C . The class-map "all-traffic" will match all traffic with ip precedence 0 or 1 D . The class-map "all-traffic" will match all traffic with dscp 18 and dscp 43

A . The router will not accept connections from the peer. B . BGP can exchange routing information in this state. C . The router is listening on its server port for connection requests from the peer. D . The router ha s sent out an active TCP connection request to the peer.

A . A B . B C . C D . D

A . The server is CPU bound. B . The server has network problems. C . The server is memory constrained. D . The server needs the disk usage to be optimized.X

A . The RMAN backup fails because the TOOLS tablespace is read-only B . The RMAN skips the backup of the tablespace because backup optimization is enabled C . The RMAN makes backup because optimization can be enabled only for backups to disk D . The RMAN makes the backup because no backup of the tablespace exists within the seven day window

A .  IPAT via IP Aliasing，default shared volume groups B .  IPAT via IP Replacement default shared volume groups C .  IPAT via IP Aliasing，enhanced concurrent volume groups D .  IPAT via IP Replacement，enhanced concurrent volume grou

A .  They are evaluated by all the three WHEN clauses regardless of the results of the evaluation of any other WHEN clause. B .  They are evaluated by the first WHEN clause. If the condition is true， then the row would be evaluated by the subsequent WHEN clauses. C .  They are evaluated by the first WHEN clause. If the condition is false， then the row would be evaluated by the subsequent WHEN clauses. D .  The INSERT statement would give an error because the ELSE clause is not present for support in case none of the WHEN clauses are true.

A . CPU B . Memory C . Paging space D . Disk capacityX

A .  A logical star topology provides a loop free environment so that all links will be used forwardtraffic B .  Enhanced EtherChannel hashing load balancing using the vPC peer link internal to the VPC C .  The control plane functions of the Nexus switches are merged to hide the use of virtualization D .  Neighboring devices connect on a Layer 3 MEC for improved packet forwarding

A . There are two broadcast domains in the network. B . There are four broadcast domains in the network. C . There are six broadcast domains in the network. D . There are four collision domains in the network. E . There are five collision domains in the network. F . There are seven collision domains in the network.

A . A B . B C . C D . D E . E

A . There are at least two routers participating in the RIP process. B . A ping to 192.168.168.2 will be successful. C . A ping to 10.0.15.2 will be successful. D . RtrA has three interfaces participating in the RIP process.

A . chpv -v r hdisk3 B . rmdev -dl hdisk3 C . varyonvg -f datavg D . reducevg datavg hdisk3

A . It shows the total size of the index row B . It shows how many columns in the index are examined C . It shows the number of characters indexed in the key D . It shows how many bytes will be used from each index row

A . The execution of the script fails because multiple channels cannot coexist. B . The script is executed and both the channels are used for the script execution. C . The new channel, CHI, is Ignored because a channel has been configured already. D . ration parameter DC1 is overridden because a new channel is allocated in RMAN RUN block.

A . The data file is checked for physical corruption and backed up if found clean. B . The backup of data file 5 is performed and the interactive messages during the backup are suppressed. C . The existing backup for the data file is checked and the backup is performed if there are changes in the data file after the last backup. D . The backup of data file 5 is performed and all SQL statements that are executed during RMAN compilation and their results are displayed

A . Router John uses alink-state routing protocol. B . Router John will receive routing updates on the Serial0/0 interface. C . Router John will receive routing updates on the Serial0/1 interface. D . Router John will send routing updates out the Serial0/0 interface. E . Router John will send routing updates out the FastEthernet0/0 interface. F . Router John will send routing updates out the Serial0/1 interface.

A . The BGP session to the 10.1.1.1 neighbor is established B . The router is trying to create a BGP peering session with the 10.1.1.1 neighbor C . The BGP session to the 10.3.3.3 neighbor is created， but the router received no BGP routingupdates from the 10.3.3.3 neighbor D . The router is attempting to establish a BGP peering session with the 10.2.2.2 neighbor

A .  129.35.54.22  B .  129.35.56.35  C .  129.35.57.22  D .  129.35.1.22