VMware 2V0-622 Online Practice Questions and Exam Preparation

VMware 2V0-622 Online Questions & Answers

• Question 191:

  Which three source object types are available for subscription when creating a subscripted content library in vSphere 6.5? (Choose three.)

  A. CIFS repository
  B. vSphere 6 library
  C. HTTP server
  D. vCD 5.5 catalog
  E. 3rd-party library
  B. vSphere 6 library
  D. vCD 5.5 catalog
  E. 3rd-party library

• Question 192:

  Which two storage technologies are supported for MSCS? (Choose two.)

  A. VAAI
  B. NFS
  C. iSCSI
  D. FC
  C. iSCSI
  D. FC

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  https://kb.vmware.com/s/article/2147661?other.KM_Utility.getArticleLanguage=1andr=1andother.KM_ Utility.getArticleData=1andother.KM_Utility.getArticle=1andui-comm-runtime-components-auracomponents- siteforceqb.Quarterback.validateRoute=1andother.KM_Utility.getGUser=1

• Question 193:

  Which are the two network requirements for a VMware vSAN 6.5 cluster? (Choose two.)

  A. Multicast must be enabled on the physical switches and routers that handle vSAN traffic.
  B. vSAN requires IPv6 only.
  C. All hosts must have a dedicated 40GbE NIC.
  D. The vSAN network supported IPv4 or IPv6.
  E. vSAN requires IPv4 only.
  A. Multicast must be enabled on the physical switches and routers that handle vSAN traffic.
  D. The vSAN network supported IPv4 or IPv6.

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  https://docs.vmware.com/en/VMware-vSphere/6.5/com.vmware.vsphere.virtualsan.doc/GUIDAFF133BC- F4B6-4753-815F-20D3D752D898.html http://cormachogan.com/2014/01/21/vsan-part-15-multicast-requirement-fornetworkingmisconfiguration- detected/

• Question 194:

  Using the vCenter Server Appliance 6.5, which two tools can be used to manage Auto Deploy deploy rules? (Choose two.)

  A. PowerCLI
  B. Plug-Ins available in the vCenter Server Appliance Shell
  C. vSphere Appliance Management UI
  D. vCenter Server Appliance BASH Shell
  E. Auto Deploy GUI in the vSphere Web Client
  A. PowerCLI
  E. Auto Deploy GUI in the vSphere Web Client

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  https://blogs.vmware.com/vsphere/2015/05/configure-auto-deploy-rules-powercli.html http://www.enterprisedaddy.com/2016/12/vsphere-6-5-auto-deploy-on-vcenter-server-6-5/

• Question 195:

  A vSphere Administrator would like to identify which physical NUMA node their virtual machine is currently residing on. What esxtop metric would provide this information?

  A. GST_ND[x]
  B. NRMEM
  C. OVD_ND[x]
  D. NHN
  A. GST_ND[x]

• Question 196:

  A virtual machine is connected on a distributed port group where the average bandwidth configured in the traffic shaping policy is 100 Mbps. The VM network adapter is configured with a reservation of 200 Mbps. What is the VM's effective bandwidth?

  A. 200 Mbps
  B. 100 Mbps
  C. 150 Mbps
  D. 400 Mbps
  B. 100 Mbps

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  Reference: https://docs.vmware.com/en/VMware-vSphere/6.5/com.vmware.vsphere.networking.doc/GUID- 8E957535-7969-4E12-BD11-DF746D6D5379.html

• Question 197:

  A scripted upgrade of ESXi fails due to an incorrect parameter in the upgrade script. What file must the administrator modify to correct the problem?

  A. boot.cfg
  B. vmreconfig.pl
  C. ks.cfg
  D. hostinfo.pl
  A. boot.cfg

• Question 198:

  How can a Vsphere administrator ensure that two virtual machines never run on the same database in a datastore cluster, while permitting the VMs to be load balanced?

  A. Disable storage DRS for the VMs.
  B. Use an Inter VM Anti-Affinity Rule.
  C. Use an Intra-VM Anti-Affinity Rule.
  D. Configure a storage DRS VM override.
  D. Configure a storage DRS VM override.

• Question 199:

  When working with VM-VM DRS rules (affinity/anti-affinity), which statement is correct?

  A. DRS gives higher priority to preventing violations of affinity rules than violations of anti-affinity rules.
  B. DRS gives the same priority to preventing violations of anti-affinity rules as affinity rules.
  C. DRS does not allow both affinity and anti-affinity rules to be enabled at the same time within a cluster.
  D. DRS gives higher priority to preventing violations of anti-affinity rules than violations of affinity rules.
  A. DRS gives higher priority to preventing violations of affinity rules than violations of anti-affinity rules.

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  When two VM-VM affinity rules conflict, the older one takes precedence and the newer rule is disabled. DRS only tries to satisfy enabled rules and disabled rules are ignored. DRS gives higher precedence to preventing violations of anti-affinity rules than violations of affinity rules.

  Reference: https://pubs.vmware.com/vsphere-4-esx-vcenter/index.jsp?topic=/com.vmware.vsphere.resourcemanagement.doc_41/using_drs_clusters_to_manage_resources/c_using_vm_vm_drs_rules.html

• Question 200:

  An administrator sets the Failover Capacity for both CPU and Memory at 25%. Based on the Exhibit below, how much of the cluster's total CPU resources are still available to power on additional virtual machines?

  

  A. 45%
  B. 60%
  C. 70%
  D. 25%
  A. 45%

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  The way that Current Failover Capacity is calculated and used with this admission control policy is shown with an example. Make the following assumptions about a cluster:

  The cluster is comprised of three hosts, each with a different amount of available CPU and memory resources. The first host (H1) has 9GHz of available CPU resources and 9GB of available memory, while Host 2 (H2) has 9GHz and 6GB

  and Host 3 (H3) has 6GHz and 6GB. ?There are five powered-on virtual machines in the cluster with differing CPU and memory requirements. VM1 needs 2GHz of CPU resources and 1GB of memory, while VM2 needs 2GHz and 1GB, VM3

  needs 1GHz and 2GB, VM4 needs 1GHz and 1GB, and VM5 needs 1GHz and 1GB.

  The Configured Failover Capacity is set to 25%.

  Admission Control Example with Percentage of Cluster Resources Reserved Policy The total resource requirements for the powered-on virtual machines is 7GHz and 6GB. The total host resources available for virtual machines is 24GHz and

  21GB. Based on this, the Current CPU Failover Capacity is 70% ((24GHz - 7GHz)/24GHz). Similarly, the Current Memory Failover Capacity is 71% ((21GB-6GB)/21GB). Because the cluster's Configured Failover Capacity is set to 25%, 45%

  of the cluster's total CPU resources and 46% of the cluster's memory resources are still available to power on additional virtual machines.