A.Use Capacity on Demand to add the resources.
B.Use DLPAR to add the resources and select the 'permanent' option.
C.Use DLPAR to add the resources, and change the partition profile.
D.Use an Operating System command to permanently request the resources.

A.PowerHA Enterprise Edition
B.PowerVM Enterprise Edition
C.VMControl Enterprise Edition
D.Systems Director Enterprise Edition

A.Basic
B.Express
C.Standard
D.Enterprise

A.Adding VMControl will automate processor resource allocation during peak workloads 
B.Enable Dynamic Symmetric Multithreading in the HMC to balance workloads across processors.
C.Add processing resources during the times they are required using Utility Capacity on Demand.
D.Changing the partitions to Uncapped can make use of additional processor cycles during peak workloads. 

A.Define the production partitions' maximum CPU to the licensing limitations. Define the development/test partition maximums to one core. Configure each partition to be capped. 
B.Define the production partitions' maximum CPU to the licensing limitations. Define the development/test partition maximums to one core. Configure each partition to be uncapped. 
C.Define the production partitions' maximum CPU to the licensing limitations. Define the development/test partitions to use no more than one core. Configure the HMC scheduler to dynamically assign processors among the pools over a day. 
D.Create a shared processor pool for each production partition, with the maximum processor limit set to the licensing limit for the application in the pool. Assign the development and testing partitions to a processor pool with a maximum of 1 core. Configure each partition to use uncapped processing. 

A.8 desired processing units and 8 desired virtual processors
B.2 desired processing units and 8 desired virtual processors
C.8 desired processing units and 32 desired virtual processors
D.2 desired processing units and 32 desired virtual processors

A.PCIe adapters
B.PCI-X adapters
C.PCI-X and PCIe adapters
D.PCI,  PCI-X and PCIe adapters

A.Populate the Power 750 first then add a GX+ adapter to support PCI-X and PCIe I/O drawer loops.
B.Populate the Power 750 first then add 2 GX+ adapters to support PCI-X and PCIe I/O drawer loops.
C.Populate the Power 750 first then add a GX++ adapter to support PCI-X and PCIe I/O drawer loops.
D.Populate the Power 750 first then add GX+ and GX++ adapters to support PCI-X and PCIe I/O drawer loops.

A.PowerVM offers partition mobility.
B.PowerVM can virtualize network and SAN resources.
C.PowerVM supports multiple operating systems running concurrently.
D.PowerVM allows an LPAR to use activated cores and memory without limitation.

A.Use dual-split backplane in both enclosures for the three AIX partitions and the IBM i partition.
B.Put each partition on a dedicated controller using the triple-split backplane option in both enclosures.
C.Use the triple-split backplane option in one enclosure for the AIX partitions, and the default dual-split backplane for the IBM i partition in the second enclosure.
D.Use the triple-split backplane option in one enclosure for the AIX partitions, and the non-split backplane mode in the second enclosure for the IBM i hosting partition.

A.Configure 2 CFFh combination fibre channel / gigabit Ethernet adapters
B.Configure 1 CFFh 2-port fibre channel adapter and 1 CIOv 2-port gigabit Ethernet adapter
C.Configure 1 CIOv 2-port fibre channel adapter and 1 CFFh combination fibre channel / gigabit Ethernet adapter
D.Configure 1 CIOv 2-port gigabit Ethernet adapter and 1 CFFh combination fibre channel / gigabit Ethernet adapter