VMware 5V0-21.21 Exam Practice Questions (P. 2)
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Question #6
A customer is planning to deploy a vSAN cluster to host their in-house distributed ERP system. The hardware specifications for their server nodes include:
✑ 2 x Intel Xeon CPU E5-2697 v3 @ 2.60GHz
✑ 1TB memory
Which boot device is supported for the vSAN ESXi nodes for this customer?
✑ 2 x Intel Xeon CPU E5-2697 v3 @ 2.60GHz
✑ 1TB memory
Which boot device is supported for the vSAN ESXi nodes for this customer?
- AA 16GB single-level cell (SLC) SATADOM device must be used.Most Voted
- BA 4GB USB or SD device must be used.
- CA 16GB multiple-level cell (MLC) SATADOM device must be used.
- DESXi Hosts must boot from a PMEM device.
Correct Answer:
C
C
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Question #7
A company hosts a vSAN 7 stretched cluster for all development workloads. The original sizing of a maximum of 250 concurrent workloads in the vSAN cluster is no longer sufficient and needs to increase to at least 500 concurrent workloads within the next six months.
To meet this demand, the original 8-node (4-4-1) cluster has recently been expanded to 16 nodes (8-8-1).
Which three additional steps should the administrator take to support the current growth plans while minimizing the amount of resources required at the witness site? (Choose three.)
To meet this demand, the original 8-node (4-4-1) cluster has recently been expanded to 16 nodes (8-8-1).
Which three additional steps should the administrator take to support the current growth plans while minimizing the amount of resources required at the witness site? (Choose three.)
- AAdd the new vSAN witness appliance to vCenter Server.Most Voted
- BDeploy a new large vSAN witness appliance at the witness site.Most Voted
- CConfigure the vSAN stretched cluster to use the new vSAN witness.Most Voted
- DDeploy a new extra large vSAN witness appliance at the witness site.
- EUpgrade the vSAN stretched cluster to vSAN 7.0 U1.
- FConfigure the new vSAN witness as a shared witness appliance.
Correct Answer:
BCF
BCF
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Question #8
Upon investigating a workload performance issue, a vSAN administrator observed a high backend IOPs on a vSAN cluster.
Which two causes explain this behavior? (Choose two.)
Which two causes explain this behavior? (Choose two.)
- AThe cluster DRS threshold has been set to Aggressive.
- BThere is a vSAN node failure.Most Voted
- CThe vSAN Resync throttling is enabled.
- DThe object repair timer value has been increased.
- EThe vSAN policy protection level has changed from FTT=0 to FTT=1.Most Voted
Correct Answer:
CE
Reference:
https://core.vmware.com/resource/troubleshooting-vsan-performance#_Toc536646878
CE
Reference:
https://core.vmware.com/resource/troubleshooting-vsan-performance#_Toc536646878
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Question #9
An administrator wants to check the performance metrics for the workloads and their virtual disks that are running on a vSAN cluster, but no statistical charts are displayed in the vSphere client.
Why is this behavior being seen?
Why is this behavior being seen?
- AvSAN network diagnostic mode is not enabled.
- BvSAN proactive tests haven't been run yet.
- CvSAN performance service is turned off.Most Voted
- DvSAN performance verbose mode is not enabled.
Correct Answer:
C
Some tools allow for measuring latency peaks. This unfortunately isn't ideal, as it can unfairly represent statistical outliers, which may very well occur when there is little to no I/O activity. The best way to understand the actual behavior of VM and application latencies is to observe in time based performance graphs.
Depending on the level of detail, you may need to measure at the individual VMDK level. Become familiar with these graphs to determine what is normal, and what is not for that given application. This is where you can use built-in functionality of vCenter and the vSAN performance service metrics to gather this information.
Reference:
https://core.vmware.com/resource/troubleshooting-vsan-performance#_Toc536646873
C
Some tools allow for measuring latency peaks. This unfortunately isn't ideal, as it can unfairly represent statistical outliers, which may very well occur when there is little to no I/O activity. The best way to understand the actual behavior of VM and application latencies is to observe in time based performance graphs.
Depending on the level of detail, you may need to measure at the individual VMDK level. Become familiar with these graphs to determine what is normal, and what is not for that given application. This is where you can use built-in functionality of vCenter and the vSAN performance service metrics to gather this information.
Reference:
https://core.vmware.com/resource/troubleshooting-vsan-performance#_Toc536646873
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Question #10
During a maintenance action on a vSAN node, a vSAN administrator noticed that the default repair delay time is about to be reached.
Which two commands must be run to extend the time? (Choose two.)
Which two commands must be run to extend the time? (Choose two.)
- A/etc/init.d/vsanmgmtd restart
- Besxcli system settings advanced set -o /VSAN/ClomRepairDelay -i 50
- Cesxcli system settings advanced set -o /VSAN/ClomRepairDelay -i 80Most Voted
- D/etc/init.d/clomd restartMost Voted
- E/etc/init.d/vsanobserver restart
Correct Answer:
CD
Reference:
https://kb.vmware.com/s/article/2075456
CD
Reference:
https://kb.vmware.com/s/article/2075456
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