[Free] 2019(Nov) EnsurePass Microsoft 70-532 Dumps with VCE and PDF 101-110

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Question No.103

You have an existing virtual network with a gateway that is deployed to Azure. You delete all objects that are deployed to the virtual network.

You use the Azure portal to delete the virtual network, but the deletion fails. You need to determine the cause of the error.

What should you do first?

  1. Delete any local network settings and DNS servers.

  2. Save all settings.

  3. Delete all point-to site virtual private network connections.

  4. Delete the virtual network gateway.

Correct Answer: D

Question No.104

Which of the following are the common elements of platform as a service and software as a service? (Select two.)

  1. Both allow the OS to be patched by the customer.

  2. Both take advantage of incremental scalability.

  3. Both require the customer to maintain the hardware.

  4. Both provide granular access to the backend storage.

  5. Both implement hardware abstraction.

Correct Answer: BE

Question No.105

Which of the following virtualization characteristics allows the use of different types of physical types or physical servers?

  1. Security

  2. Hardware independence

  3. Scalability

  4. Variable costs

Correct Answer: B

Explanation:

Virtualization is a conversion process that translates unique IT hardware into emulated and standardized software-based copies. Through hardware independence, virtual servers can easily be moved to another virtualization host, automatically resolving multiple hardware- software incompatibility issues. As a result, cloning and manipulating virtual IT resources is much easier than duplicating physical hardware.

References: http://whatiscloud.com/virtualization_technology/hardware_independence

Question No.106

Which of the following enables hardware independence?

  1. In-sourcing

  2. Outsourcing

  3. Virtualization

  4. Abstraction

Correct Answer: C

Explanation:

Virtualization is a conversion process that translates unique IT hardware into emulated and standardized software-based copies. Through hardware independence, virtual servers can easily be moved to another virtualization host, automatically resolving multiple hardware- software incompatibility issues. As a result, cloning and manipulating virtual IT resources is much easier than duplicating physical hardware.

References: http://whatiscloud.com/virtualization_technology/hardware_independence

Question No.107

A private cloud is defined as:

  1. A deployment model that uses an external cloud to provide host application services that are Internet accessible.

  2. A deployment model that partners with other industry related companies to provide infrastructure services.

  3. A deployment model that uses virtualization technologies to provide infrastructure on demand within its network.

  4. A deployment model that uses an external cloud provider to provide host infrastructure services that are Internet accessible.

Correct Answer: C

Explanation:

Private cloud is a type of cloud computing that delivers similar advantages to public cloud,

including scalability and self-service, but through a proprietary architecture. Unlike public clouds, which deliver services to multiple organizations, a private cloud is dedicated to a single organization.

Private cloud expenses include virtualization, cloud software and cloud management tools. References: http://searchcloudcomputing.techtarget.com/definition/private-cloud

Question No.108

A company would like to move an application to the cloud which resides on a single physical server in their datacenter. The server has two drives, one of which hosts operating system, and the other hosts the application data. The operating system has been showing errors recently and the application data was corrupted last Friday at 4:00PM. Data is backed up every day at 1:00PM. Which of the following would be the BEST option for migrating this application to the cloud?

  1. Setup a server in the cloud, install an operating system, install the application and copy the data to the cloud server from last Friday#39;s backup.

  2. Setup a server in the cloud, install an operating system, install and configure the application and copy the data to the cloud server from last Thursday#39;s backup.

  3. Clone or P2V the server with both drivers to the cloud platform.

  4. Clone or P2V the server with the application to the cloud platform and copy the operating system to the cloud server.

Correct Answer: A

Explanation:

Use the latest backup of the application data.

Question No.109

Note: This question is part of a series of questions that present the same scenario. Each question in the series contains a unique solution that might meet the stated goals. Some question sets might have more than one correct solution, while others might not have a correct solution.

After you answer a question in this section, you will NOT be able to return to it. As a result, these questions will not appear in the review screen.

You are administering an Azure environment for your company. You plan to deploy virtual machines (VMs) for a mobile application. You have the following requirements:

image

Ensure that all VMs use the Standard D3 size.

image

Ensure that at least two of the four servers must be available at all times.

image

Ensure that users of the application do not experience downtime or loss of connection. You need to configure four VMs for application development.

Solution: Create two resource groups by using the Azure portal. Create four VMs. Assign two VMs to the first resource group and two to the second resource group.

Does the solution meet the goal?

  1. Yes

  2. No

Correct Answer: A

Question No.110

A business has recently implemented a hybrid cloud federated solution, which will allow it to rapidly and dynamically allocate recourses during high demand, and quickly implement its Disaster Recovery Plan (DRP) and Continuity of Operations (COOP). Given this implementations, the IT director is mostly likely concerned about:

  1. maintaining strategic flexibility

  2. reducing OPEX allocations

  3. hiring additional IT staff

  4. eliminations security risks

Correct Answer: D

Explanation:

Initially, the differences between Disaster Recover and Business Continuity should be understood. In comparison they are very similar in that they are (or should be) detailed plans to prepare an organization for events in which a situation presents itself which can cause internal systems failures, or a disruption of business systems in which they are no longer able to function to meet the requirements to perform day to day tasks. These situations almost always result in loss of revenue, and in some cases, loss of client base. Where these plans differ is in the main concept topic for which they prepare. Business Continuity Plans generally focus on the continuation of business services in the event of any type of interruptions whether its IT based or other. Disaster Recover Plans often refer to a company#39;s strategy if something happens to crucial business data, and how to restore / recover that data (generally in the shortest amount of time possible).

References: https://stumpj.wordpress.com/2010/10/18/coop-and-drp-what-is-the-difference/

Question No.111

A company Chef Information Officer (CIO) who wants to ensure rapid elasticity for the company#39;s cloud solution would MOST likely choose which of the following types of cloud?

  1. Public cloud

  2. Private community cloud

  3. Private cloud

  4. Community cloud

Correct Answer: C

Explanation:

Rapid elasticity is a cloud computing term for scalable provisioning, or the ability to provide scalable services.

Software that can scale in a private cloud faces two security related issues:

References: http://social.technet.microsoft.com/wiki/contents/articles/6810.private-cloud-security- challenges-rapid-elasticity.aspx

Question No.112

Which of the following is the cloud characteristic that speeds up development, deployment and overall time of market?

  1. Rapid elasticity

  2. Cloud bursting

  3. Universal access

  4. Network pooling

Correct Answer: A

Explanation:

Rapid elasticity is a cloud computing term for scalable provisioning, or the ability to provide scalable services. Experts point to this kind of scalable model as one of five fundamental aspects

of cloud computing.

Rapid elasticity allows users to automatically request additional space in the cloud or other types of services.

References: https://www.techopedia.com/definition/29526/rapid-elasticity

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