A.Install more cards of smaller capacity and same size across MCMs. Use DDR2(dual data rate) memory if using HPC (High Performance Computing). 
B.Install fewer cards of larger capacity of the same size across MCMs. Servers with one processor book must have a minimum of four memory cards installed. 
C.Intermix DDR1 and DDR2 memory so that partitions requiring the higher performance can take advantage of them. Half of the available memory slots in the system should contain memory. 
D.Use fewer higher density memory cards so that a few memory slots are left open for future growth. Each processor book provides sixteen memory card slots. The p5 590 supports a maximum of 64 memory cards.

A.pSeries eWLM can create classes while pSeries WLM can create tiers.
B.pSeries eWLM can create  tiers while pSeries WLM can create classes.
C.pSeries eWLM is implemented over multiple O/S images while pSeries WLM is implemented within an individual O/S image.
D.pSeries eWLM is implemented within an individual O/S image while pSeries WLM is implemented over multiple O/S images.

A.8-way logical CPU partition, where each logical CPU has the power of 25% of a logical processor 
B.4-way logical CPU partition, where each logical CPU has the power of 50% of a physical processor 
C.8-way logical CPU partition, where each logical CPU has the power of 25% of a physical processor 
D.16-way logical CPU partition, where each logical CPU has the power of 25% of a physical processor

A.Capped and with a lower share
B.Uncapped and with a lower share
C.Uncapped and with a higher share
D.Capped and with no change in share

A.Provide multiple paths to all resources through 2 or more Virtual IO Servers
B.Mirror all disk resources on the Virtual IO Server to present to the client LPAR
C.Mirror all disk resources on the client LPAR to the shared SCSI on the Virtual IO Server
D.Trunk multiple Ethernet adapters on the Virtual IO Server to a single Shared Ethernet Adapter （SEA）

A.Apply OS updates once a year
B.Utilize a GPFS cluster solution
C.Implement a two server deployment with HACMP
D.Install a single server implementation with HACMP failover to a second LPAR

A.Reallocate the Virtual IO Server disks to the user LPAR
B.Create a stripe-group within the Virtual IO Server to protect against disk failure
C.Reconfigure the user LPAR to use both locally owned disk and a Virtual SCSI disk
D.Create a second Virtual IO Server and reconfigure the user LPAR to mirror across both Virtual IO  Servers

A.Assign the adapter to an IO Hosting partition
B.Use AIX 5L affinity to move the application from SUSE to AIX
C.Use AIX 5.3 drivers to install the adapter in the Linux LPAR
D.Assign the adapter to an AIX 5.3 partition running Linux Affinity

A.Free up one HMC and update the software for use with the p5 570
B.Connect the new p5 570 server to an existing HMC and manage the p690s and p5 570 from that HMC
C.Order a new HMC to support the new p5 570 server since the CR3 HMC is not supported for a p5 570
D.Backup the HMC to DVD-RAM and select HMC migrate to move all the profile data to the new HMC software

A.The LPAR Configuration backup is corrupt
B.The LPAR Configuration has been altered using DLPAR
C.The LPAR Configuration backup was performed on a different HMC
D.The LPAR Configuration has been altered through the Advanced System Management Interface （ASMI） on the server after the backup was performed

A.The uncapped weight has been set to 0.
B.The uncapped weight has been set to 128.
C.The processing unit for that partition was set to .1 processing units. A full processor was  assigned.
D.The processing unit for that partition was set to 0.50 processing units. A full processor was assigned.