5V0-11.21 Exam Questions & Answers

Exam Code: 5V0-11.21

Exam Name: VMware Cloud on AWS Master Specialist

Updated: Mar 18, 2024

Q&As: 65

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Practice These Free Questions and Answers to Pass the Vmware Certification Exam

Questions 1

An environment is running a VMware Cloud on AWS software-defined data center (SDDC) with six i3.metal hosts. Storage space usage has increased and the administrator is required to add storage capacity. Which two approaches can the administrator take to add storage capacity? (Choose two.)

A. Deploy Amazon Elastic File System (EFS) file shares from the AWS console and attach them to the i3.metal hosts. Use VMware Storage vMotion to migrate the storage-bound virtual machines to the Amazon EFS data stores.

B. Deploy Amazon Elastic Block Store (EBS) storage volumes (GP2) from the AWS console and attach them to the i3.metal hosts. Allow VMware vSAN extend the storage capacity automatically.

C. Deploy an additional cluster based on i3en.metal hosts and migrate the storage-bound virtual machines to the i3en.metal hosts.

D. Add additional i3.metal hosts to increase the total vSAN storage space.

E. Add additional i3en.metal hosts and migrate the storage-bound virtual machines to the i3en.metal hosts.

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Questions 2

Which two statements are true about the characteristics of the Default Storage Scale-Out policy? (Choose two.)

A. Elastic DRS automatically sets to the Default Storage Scale-Out policy, adding hosts only when storage utilization exceeds a certain threshold.

B. When the storage threshold of the Default Storage Scale-Out policy has been resolved, Elastic DRS automatically performs a scale-in operation.

C. The Default Storage Scale-Out policy storage threshold level is set to meet SLA requirements and can not be superseded by other Elastic DRS policies.

D. The Default Storage Scale-Out policy thresholds for CPU or memory usage are set higher than the other Elastic DRS policies.

E. The Default Storage Scale-Out policy storage threshold is set 5% higher than the other Elastic DRS storage policies.

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Questions 3

What are three possible reasons that would prevent virtual machines from migrating to VMware Cloud on AWS using VMware vSphere vMotion? (Choose three.)

A. Paravirtual SCSI disks are mounted.

B. Virtual serial ports are connected with network output.

C. Remote devices are attached.

D. VMware Tools are NOT installed.

E. The virtual machine (VM) is a linked clone.

F. The virtual machine (VM) remote console is open.

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Questions 4

An administrator is planning to migrate a VMware vSphere environment to VMware Cloud on AWS. A first analysis returns the following specifications: 37 virtual machines will be live migrated All virtual machines have been created using VMware vSphere 5.0 (Compatibility Version 8) All virtual machines are connected to Standard Switches The bandwidth between the local data center and VMware Cloud on AWS is 250 Mbps

What are two valid approaches for live migrating these virtual machines? (Choose two.)

A. Upgrade Virtual Machine Compatibility to Version 9. Ensure Standard Switch is named the same as the target segment in VMware Cloud on AWS. Activate and deploy VMware HCX. Let HCX configure Enhanced vMotion Compatibility (EVC) automatically.

B. Upgrade Virtual Machine Compatibility to Version 9. Configure Hybrid Linked Mode for Cross vCenter vMotion. Configure AWS Direct Connect Private VIF. Configure Enhanced vMotion Compatibility (EVC) on the source virtual machines as required.

C. Ugrade Virtual Machine Compatibility to Version 9. Migrate the Virtual Machines to a Distributed Virtual Switch. Activate and deploy VMware HCX. Let HCX configure Enhanced vMotion Compatibility (EVC) automatically.

D. Upgrade the bandwidth between the local data center and VMware Cloud on AWS to 400 Mbps. Migrate the virtual machines to a Distributed Virtual Switch. Activate and deploy VMware HCX. Let HCX configure Enhanced vMotion Compatibility (EVC) automatically.

E. Upgrade the bandwidth between the local data center and VMware Cloud on AWS to 400 Mbps. Configure Hybrid Linked Mode for Cross vCenter vMotion. Configure AWS Direct Connect Private VIF. Configure Enhanced vMotion Compatibility (EVC) on the target software-defined data center (SDDC) as required.

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Questions 5

A company is operating a main data center and two smaller data centers in branch offices. The main data center is being replicated to a disaster recovery site at a co-located data center with a recovery point objective (RPO) of five minutes and a recovery time objective (RTO) of two hours. The branch data centers are shipping backup tapes to the main data center on a weekly basis. What would be a cost-efficient VMware solution that would improve RTO and RPO for the branch office data centers while maintaining the recovery time for the main data center?

A. Create a software-defined data center (SDDC) in VMware Cloud on AWS. Create a shared content librand let the branch offices subscribe to it. Export the virtual machines in the branch offices to OVF files on the shared content library on a weekly basis.

B. Create a software-defined data center (SDDC) in VMware Cloud on AWS. Migrate the disaster recovery solution from the co-located data center to the VMware Cloud on AWS SDDC. Create regular copies of the virtual machines at the branch offices and use AWS Snowball to directly ship the copies to an AWS data center and store them on AWS S3 buckets.

C. Create a software-defined data center (SDDC) in VMware Cloud on AWS. Activate VMware Site Recovery. Replace the co-located disaster recovery (DR) site for the main data center with VMware Site Recovery. For the branch offices, implement VMware Cloud Disaster Recovery (VCDR).

D. Create a software-defined data center (SDDC) in VMware Cloud on AWS. Replace the co-located site for the main data center and the backup tape shipping for the branch offices with VMware Cloud Disaster Recovery (VCDR).

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