간결한 내용

5V0-33.23 덤프문제는 다년간의 다양한 시험에 대한 분석을 바탕으로, 시험문제의 주요 발전 경향에 따라 응시자가 직면할 어려움을 정면 돌파하기 위하여 전문가들이 자신만의 경험과 끊임없는 노력으로 제작한 최고품질의 시험자료입니다.다른 교육 플랫폼과 달리 VMware Cloud on AWS: Master Specialist 2024 시험덤프는 오래된 문제는 삭제하고 새로운 문제는 바로바로 추가하여 덤프가 항상 가장 최신버전이도록 간결하고 눈에 잘 띄는 텍스트로 요약되어 있기에 덤프만 완벽하게 마스터 하시면 5V0-33.23 시험패스는 더는 어려운 일이 아닙니다.

진정한 시뮬레이션 환경

많은 응시자 분들이 처음 자격증 시험에 도전하는 것이라 시험보실 때 경험 부족으로 인해 시험시간에 너무 긴장하여 평소 실력을 발휘하지 못하는 경우가 있습니다.이를 피면할수 있도록 미리 VMware Cloud on AWS: Master Specialist 2024 시험과 비슷한 환경에서 연습하는 훈련을 통해 실제 시험에서 긴장을 완화시키는 것이 좋습니다. 저희는5V0-33.23 실제 시험 시뮬레이션 테스트 환경에 해당하는 제품을 가지고 있습니다. 제품 구매후 자신의 계정에 로그인하시고 실제 시험 환경을 체험해 보시면 시험 환경에 적응되어 5V0-33.23 시험보실때 문제 푸는 방법을 모색하는 시간이 줄어들어 자신감이 생겨 한방에 시험패스 가능할것입니다.

커리큘럼 소개

대부분의 분들에게 있어서 자격증 시험이 처음일 수 있으므로 자격증 시험과 관련된 많은 정보는 복잡하고 난해할수 있습니다. 하지만 자격증 취득 초보자들의 덤프공부 후기에 따르면 5V0-33.23 덤프는 시험의 모든 출제범위와 시험유형을 커버하고 있어 덤프에 있는 문제와 답만 기억하시면 VMware Cloud on AWS: Master Specialist 2024 시험을 쉽게 패스하여 자격증을 취득할수 있다고 합니다. 5V0-33.23 시험대비 덤프는 초보자의 눈높이에 맞추어 덤프를 사용하시는 분께서 보다 편하게 공부할수 있도록 엘리트한 전문가들의 끊임없는 연구와 자신만의 노하우로 최선을 다한 자료입니다.덤프의 도움으로 여러분은 업계에서 또 한층 업그레이드 될것입니다.

우리의 VMware Cloud on AWS: Master Specialist 2024 시험 덤프 문제는 최고품질의 시험대비 자료입니다. 전문가들이 최신 실러버스에 따라 몇년간의 노하우와 경험을 충분히 활용하여 연구제작해낸 자료라 해당 시험의 핵심문제를 모두 반영하고 있습니다.5V0-33.23 덤프로 시험을 준비하시면 시험패스는 더는 어려운 일이 아닙니다. 5V0-33.23 시험에서 출제 가능성이 높은 문제만 정리한 최신 버전 자료라 가장 적은 문항수로 모든 응시자가 효율적인 시험공부를 할 수 있도록 하고 부담 없이 한번에 5V0-33.23 시험을 즉시 통과할 수 있도록 도와드립니다.

데모문제 다운로드

최신 VMware Certified Master Specialist 5V0-33.23 무료샘플문제:

1. An administrator is preparing to deploy a VMware Cloud on AWS software-defined data center (SDDC) and is planning to scale up to 48 nodes in the future.
What is the minimum size management CIDR block that is needed to meet this requirement?

A) /16
B) /24
C) /20
D) /23

2. Refer to the exhibit.
How would an administrator accomplish the given configuration leveraging the firewall capabilities within VMware Cloud on AWS?

A) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a gateway firewall rule denying bi-directional traffic from the Internet to all subnets. Create a distributed firewall rule under the Infrastructure category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
B) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a distributed firewall rule denying bi-directional traffic to Subnet B and Subnet C from the Internet.
Create a distributed firewall rule under the Ethernet category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
C) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a gateway firewall rule denying bi-directional traffic to Subnet B and Suubnet C from the Internet.
Create a distributed firewall rule under the Application category to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.
D) Create a gateway firewall rule permitting bi-directional traffic to Subnet A from the Internet.
Create a gateway firewall rule denying bi-directional traffic to Subnet B and Subnet C from the Internet.
Create a gateway firewall rule to permit bi-directional traffic from Subnet A to Subnet B and from Subnet B to Subnet C.

3. An architect is designing a solution for a customer that will include VMware Cloud on AWS. The solution will enable the customer to progress with their business objective to migrate all of their VMware vSphere workloads to the cloud and completely exit their physical data center.
The following information was provided by key stakeholders as part of the initial design workshop:
* The customer already consumes a number of AWS native services as part of their existing application landscape.
* The customer currently uses both VMware vRealize Log Insight Cloud and VMware vRealize Operations Cloud to monitor their existing on-premises vSphere solution.
* The customer currently has configured Federated Identity Management to enable role based access control to VMware Cloud services using their on-premises Active Directory.
What should the architect recommend to ensure that all the prerequisites for deploying a VMware Cloud on AWS solution are successfully met while minimizing operational complexity?

A) The ownership of the existing AWS account should be transferred to VMware so that the VMware Cloud on AWS software-defined data center (SDDC) can be deployed.
B) A new VMware Cloud account must be created to enable access to the VMware Cloud on AWS service.
C) A new AWS account must be created to enable dedicated connectivity for VMware Cloud on AWS.
D) The existing VMware Cloud account should be used to enable access to the VMware Cloud on AWS service.

4. What are three benefits of using VMware Cloud on AWS? (Choose three.)

A) Native AWS services can be consumed over the global AWS backbone with high bandwidth and low latency.
B) Native VMware workloads can be migrated back and forth between on-premises VMware vSphere environments and VMware Cloud on AWS.
C) With VMware Cloud on AWS, IT teams can manage their VMware Cloud on AWS resources with familiar VMware tools.
D) With VMware Cloud on AWS, VMware and AWS administrators will manage, maintain and update all virtual machines.
E) VMware Cloud on AWS supports optimized virtual AWS Elastic Compute Cloud (EC2) instances.
F) With VMware Cloud on AWS, IT teams can manage their native AWS resources with familiar VMware tools.

5. Due to a recent acquisition, an architect is being asked to identify and design a cloud-based solution that will assist in merging several data centers together without incurring undue operational overhead while adhering to a very strict project timeline. The proposed solution must have the capability to be rapidly recovered in the event of a cloud provider outage. After careful consideration, the architect determines that VMware Cloud on AWS would be an appropriate solution, requiring a total of nine hosts for capacity.
Which additional configuration options would satisfy the requirements of this project?

A) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stretched cluster across two separate availability zones.
Configure the cluster to ensure that all virtual machines can be restarted in the second availability zone with a near zero recovery point objective (RPO) in the event of any environment or system failures.
B) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stand-alone cluster.
Deploy a second stand-alone cluster into the SDDC in a separate region.
Configure VMware Cloud Disaster Recovery to replicate and protect workloads to the second cluster.
C) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stretched cluster across two separate regions.
Configure the cluster to ensure that all virtual machines can be restarted in the second region with a near zero recovery point objective (RPO) in the event of any environment or system failures.
D) Deploy a VMware Cloud on AWS software-defined data center (SDDC) with a single stand-alone cluster.
Deploy a second SDDC with a stand-alone cluster into a different AWS region. Configure VMware Cloud Disaster Recovery to replicate and protect workloads to the second cluster.

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