Q1. - (Topic 2)
Paging space on a system is almost entirely consumeD. What temporary solution can be used to prevent the system from sending SIGKILL to processes while the administrator performs more in-depth problem determination?
A. Use swapon to flush paging space entries to physical memory.
B. Use tuning commands to change the system behavior so it does not terminate processes
C. Increase the existing paging space.
D. Use tuning commands to set the page space kill threshold to 100%.
Answer: C
Q2. - (Topic 3)
Based on the following output, what must be done if loglv1 name is changed to db2loglv?
A. Run the chfs command to update /exportfs/db01 logging logical volume to db2loglv.
B. Run the logform command to update the log format of db2loglv.
C. Run the chlv command to update dblv01 logging logical volume to db2loglv.
D. Run the chvg command to update volume group default logging logical volume to db2loglv.
Answer: C
Q3. - (Topic 4)
When could an IVM instance be preferable to an HMC for Power Systems management?
A. Where multiple partition profiles are required
B. When Systems Director is used for central management
C. Where Power Compute Nodes are deployed in a PureFlex environment
D. When a single entry level Power Systems server needs to be split into LPARs
Answer: D
Q4. - (Topic 4)
The nmon output below illustrates typical load when the hosted application is running at peak times. What can be observed from the output?
A. Entitled CPU allocation is set too high.
B. Virtual processor allocation is set too low.
C. Enabling SMT4 would improve performance.
D. Processor folding is restricting available resources
Answer: A
Q5. - (Topic 4)
What procedure can be used to recover an AIX system that will not boot due to a corrupted boot logical volume?
A. Power on the system and enter SMS mode.
Select Diagnostics and Problem Determination.
Select the option to Recover Boot Logical Volume.
B. Boot the system into maintenance mode using a mksysb.
Select the System Backup and Install menu.
Select the option to Recover Devices.
C. Boot the system into maintenance mode using AIX installation media.
Select the Start Maintenance Mode for System Recovery menu and access the root
volume group Issue the bosboot command for the rootvg disk.
D. Boot the system into maintenance mode using a mksysb.
Select the Start Maintenance Mode for System Recovery menu and access the root
volume group Copy the /SPOT/dev/hd5 to /dev/hd5 and run syncvg rootvg
Answer: C
Q6. - (Topic 4)
In the graphic below, the LPAR's current physical and virtual processor allocation matches its desired settings How do these settings limit system processor assignment for the LPAR?
A. The LPAR can increase to 16.00 processing units of capacity in the shared processing pool as needed.
B. The LPAR will be able to use a maximum of 6.0 processing units of capacity in the shared processing pool.
C. The LPAR will be able to use a maximum of 4.0 processing units of capacity in the shared processing pool.
D. The administrator will be allowed to add a maximum of 4.0 additional processing units to the LPAR using DLPAR, making its allocation 6.0 processing units.
Answer: B
Q7. - (Topic 1)
An administrator plans to duplicate the active rootvg on a given system to a spare disk that will be migrated to newer hardware. Which flagon 'alt_disk_copy' must be used to reset user-defined device configurations to defaults?
A. X
B. R
C. O
D. D
Answer: C
Q8. - (Topic 2)
Which command displays from which disk the operating system was last booted?
A. last
B. bosboot
C. getconf
D. bootlist
Answer: C
Q9. - (Topic 4)
What is the minimum number of processing units which can be specified in the LPAR profile of an AIX LPAR hosted on a POWER7 server?
A. 0.1
B. 0.05
C. 0.01
D. 1
Answer: B
Q10. - (Topic 1)
An administrator is required to implement resource control fora running system WPAR called "skippy’. Which flag of the chwpar command will set the CPU Resource control limits for this WPAR to a minimum of 8%. a desired of 35% and a maximum of 45%?
A. chwpar -c CPU=8%-35%,45% skippy
B. chwpar-R CPU=8%-35%,45% skippy
C. chwpar-L CPU=8%-35%,45% skippy
D. chwpar-r PROC=8%-35%,45% skippy
Answer: D