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| Section | Objectives |
|---|---|
| Topic 1: Secure Windows Server hybrid infrastructures | - Security configuration
|
| Topic 2: Monitoring and troubleshooting | - Diagnostics
|
| Topic 3: Networking and storage infrastructure | - Storage management
|
| Topic 4: Manage hybrid compute and virtualization | - Virtual machines
|
| Topic 5: Disaster recovery and migration | - Backup and restore
|
| Topic 6: Implement and manage high availability | - Failover clustering
|
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NEW QUESTION # 517
You have two Azure virtual machines that run Windows Server. You plan to create a failover cluster that will host the virtual machines. You need to configure an Azure Storage account that will be used by the cluster as a cloud witness. The solution must maximize resiliency. Which type of redundancy should you configure for the storage account?
Answer: B
Explanation:
Microsoft ' s cloud witness guidance ties the recommended storage account redundancy directly to how the cluster itself is deployed: for a cluster hosted entirely on-premises, or one confined to a single Azure region and a single availability zone, locally redundant storage is considered sufficient, but when the cluster ' s nodes are spread across multiple availability zones within the same region -- the normal, recommended pattern for building an Azure IaaS failover cluster specifically for resiliency -- zone-redundant storage is the setting Microsoft documents as appropriate. Zone-redundant storage synchronously replicates the witness ' s data across physically separate availability zones, so the witness blob remains available even if an entire zone experiences an outage, which is the highest level of resiliency Microsoft actually documents for this particular resource. Geo-redundant options, including both plain geo-redundant storage and geo-zone-redundant storage, are not part of Microsoft ' s cloud witness guidance at all, since the added latency of asynchronous cross- region replication is neither needed nor supported for a quorum witness that must respond quickly during cluster arbitration. Locally-redundant storage would leave the witness dependent on a single zone, undermining the stated goal of maximizing resiliency for a multi-zone cluster.
NEW QUESTION # 518
You have an Azure virtual machine named VM1 that contains the drives shown in the following table: C (Operating System), D (Temporary Storage), E (Data Disk). On VM1, you plan to install an app named App1.
The data for App1 must be stored on a persistent data disk assigned to drive D. You need to assign the data disk to drive D. What should you do on VM1 first?
VM1 drive letter table
Answer: C
Explanation:
By default, an Azure Windows VM ' s Windows page file (pagefile.sys) is located on the temporary storage drive (currently D), because Azure temporary storage is optimized for this kind of transient, high-performance I/O and Azure documentation explicitly recommends keeping the page file there for VM sizes that provide a temporary disk. Because the active system page file is in use on drive D, Windows will not allow the drive letter of that volume to be reassigned or the temporary disk to be detached/reconfigured while the page file remains active there. Attempting to directly change the temporary storage drive ' s letter, or to reassign the persistent data disk to letter D, will fail or produce an inconsistent configuration while pagefile.sys still resides on that volume. Therefore, the documented first step is to move pagefile.sys off the temporary storage drive and onto the operating system drive (C), after which the temporary storage drive ' s letter can be freed up (typically changed to something else, such as F) and the persistent data disk can then be assigned drive letter D. Changing the temporary storage drive letter or expanding it without first relocating the page file does not resolve the underlying lock, and stopping (deallocating) VM1 has no bearing on drive-letter or page-file configuration inside the guest OS. Moving the page file to the OS drive is therefore the necessary first action.
NEW QUESTION # 519
You have the servers shown in the following table.
You plan to migrate file shares from Server1 to Server2.
You need to deploy the Storage Migration Service and the Storage Migration Service extension.
On which server should you install each component? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
The Storage Migration Service role (the orchestrator that manages the migration) requires an orchestrator server running Windows Server 2019 or later, and Microsoft explicitly recommends using the destination server as the orchestrator when only a single server is being migrated. Server2 is the only server in the table that meets this requirement (Windows Server 2025) - Server1 and Server3 both run Windows Server 2016, which does not qualify as an orchestrator. The Storage Migration Service tool (the Windows Admin Center extension used to drive the migration) runs on whichever machine is running the latest Windows Admin Center, which for a simple one-server migration is most naturally the same orchestrator/destination machine, Server2. Neither component has a Desktop Experience requirement, so the servers ' Install option (Server Core vs. Desktop Experience) is not a differentiator here - only the OS version requirement is, and both components can therefore be installed together on the single qualifying server.
NEW QUESTION # 520
You have an on-premises server named Server1 that runs Windows Server, has the Web Server (IIS) server role installed, and hosts an ASP.NET-based web app named App1. You have an Azure subscription that contains an Azure App Service app and an Azure container registry named ACR1. You plan to migrate App1 to an App Service container by using Azure Migrate. The container image for App1 will be stored in ACR1.
You need to ensure that the App Containerization tool can store the container for App1 in ACR1. The solution must follow the principle of least privilege. Which credential should the App Containerization tool use?
Answer: D
Explanation:
The Azure Migrate App Containerization tool needs an identity with just enough rights to push the built container image into ACR1, and Microsoft ' s guidance for this scenario is to register a Microsoft Entra (Azure AD) application and use its service principal, scoped to an ACR push/pull role such as AcrPush, as the credential the tool authenticates with. This follows least privilege because the service principal can be limited to registry push operations only, unlike the ACR admin user account, which grants full administrative control over the registry, or a Microsoft Entra user account or managed identity, which are either tied to a person or not the mechanism the on-premises containerization tool uses to authenticate to Azure. A scoped service principal is therefore the appropriate credential for the tool, and it can be created and role-assigned in advance with az ad sp create-for-rbac scoped to ACR1, so the containerization tool never needs interactive sign-in or an administrator ' s own credentials during the containerize-and-push workflow.
NEW QUESTION # 521
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains the servers shown in the following table.
The Failover Clustering tools are NOT installed on the servers.
You plan to enable Cluster-Aware Updating (CAU).
On which servers should you install the Failover Clustering tools to implement CAU in self-updating mode, and on which servers should you install the Failover Clustering tools to implement remote-updating mode? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Exhibit
Answer:
Explanation:
Explanation:
Self-updating mode runs Cluster-Aware Updating as a highly available clustered role that is hosted directly on the cluster it is updating, which means the Cluster-Aware Updating clustered role and the Failover Clustering Tools it depends on must be installed on the cluster ' s own member nodes, which in this scenario are Node1 and Node2, since self-updating mode has no external coordinating computer and instead runs the update orchestration from within the cluster itself. Remote-updating mode works in the opposite way architecturally:
it specifically requires that the computer coordinating and triggering the update run NOT be a member of the failover cluster being updated, so in this scenario the Failover Clustering Tools must instead be installed on Server1, which is an independent member server that has network connectivity to Cluster1 but is not one of its nodes, so it can safely coordinate updates against the cluster from the outside. This architectural split, tools on the cluster ' s own nodes for self-updating mode versus tools on an external, non-member computer for remote-updating mode, reflects the fundamental difference in where the update orchestration engine actually runs between the two CAU modes as documented by Microsoft, and it is what determines the correct answer for each half of this question.
NEW QUESTION # 522
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