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| Section | Objectives |
|---|---|
| Topic 1: Hybrid infrastructure management | - Azure integration
|
| Topic 2: Compute, storage, and virtualization | - Storage and file services
|
| Topic 3: Secure and manage Windows Server environments | - Security and compliance
|
| Topic 4: Networking and high availability | - Networking infrastructure
|
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NEW QUESTION # 426
You have two on-premises Hyper-V hosts named Server1 and Server2. Server1 contains two virtual machines named VM1 and VM2. Server2 contains three virtual machines named VM21, VM22, and VM23. You have an Azure subscription. You plan to use Azure Site Recovery to replicate all the virtual machines to Azure.
You need to deploy the Microsoft Azure Site Recovery Provider to the on-premises infrastructure. What is the minimum number of providers you should install?
Answer: C
Explanation:
The Microsoft Azure Site Recovery Provider is installed once per Hyper-V host (or, if the hosts are System Center Virtual Machine Manager-managed, once on the VMM server) rather than per virtual machine.
Because Server1 and Server2 are two independent, standalone Hyper-V hosts that each need to be registered with the Recovery Services vault to replicate their respective VMs, the Provider must be installed on each host individually, so the minimum number of Provider installations required is two, regardless of the fact that Server1 hosts two VMs and Server2 hosts three. After the Provider and the accompanying Recovery Services agent are installed and registered on both hosts, all five virtual machines across Server1 and Server2 become visible in the vault and can be enabled for replication individually, without any additional per-VM provider deployment. If Server1 and Server2 had instead been managed by a single VMM server, only one Provider installation on the VMM server itself would have been required, since VMM centralizes host registration with the vault on behalf of every Hyper-V host it manages.
NEW QUESTION # 427
You have a Hyper-V failover cluster named Cluster1 that uses a cloud witness. Cluster1 hosts a virtual machine named VM1 that runs Windows Server. You need to fail over VM1 automatically to a different node when a service named Service1 on VM1 fails. What should you do on Cluster1 and VM1? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
On Cluster1: Configure monitoring of the VM1 cluster role. On VM1: Configure the Recovery settings of Service1.
Failover Clustering ' s virtual machine monitoring feature lets the cluster watch the health of a specific Windows service running inside a guest virtual machine and take corrective action -- up to and including failing the VM over to another node -- when that service repeatedly fails. Enabling this requires two coordinated configuration steps on two different sides. On Cluster1, an administrator selects " Configure Monitoring " on the VM1 cluster role in Failover Cluster Manager (or runs Add-ClusterVMMonitoredItem) and chooses Service1 as the specific service to monitor, which is what actually enables the cluster ' s health- detection integration to watch that service and react when it fails. Inside the guest, on VM1, Service1 ' s own Recovery tab in the Services console must be configured so that its failure actions notify the operating system on failure, which is the signal the cluster ' s monitoring integration component relies on to detect that the service has actually failed. Configuring the Startup Type alone, or the Startup and Recovery settings together without specifically enabling the failure-notification behavior, does not provide the cluster with the signal it needs, and installing the Azure Monitor agent is unrelated to in-guest service monitoring for cluster failover.
Both configuration steps together are required for the desired automatic failover behavior to work.
NEW QUESTION # 428
You have a Windows Server Failover Cluster (WSFQ that has the following configurations:
* Name: App1
* Owner node: Node3
* Type: Generic Application
The General settings for App1 are shown in the General exhibit. (Click the General tab.) The Failover settings for App1 are shown in the Failover exhibit. (Click the Failover tab.) The Advanced Policies settings for App1 are shown in the Advanced Policies exhibit. (Click the Advanced Policies tab.) For each of the following statements, select Yes if the statement is true Otherwise, select No.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
You can move App1 to Node4 manually: No. If Node3 fails, App1 will fail over to Node2 automatically: No.
If App1 automatically fails over from Node3, App1 will fail back to Node3 automatically after Node3 is repaired: No.
App1 ' s General tab shows its Preferred Owners list contains only Node1 and Node2, checked in that priority order, with Node3 and Node4 both unchecked, and its Node field shows the role is currently running on Node2 rather than Node3. Because App1 is not actually running on Node3 at this moment, a failure of Node3 has no clustered workload on it to relocate, so it triggers no automatic failover to Node2 or to any other node; failover in Windows Server Failover Clustering only occurs when the node that is currently hosting a role fails, not when an unrelated node fails. Automatic failback always targets the highest-priority node that is checked in the role ' s Preferred Owners list on the General tab, never simply whichever node the role most recently happened to run on, and since Node3 is not checked as a Preferred Owner for App1 at all, App1 can never automatically fail back to Node3, even though the Failover tab shows Allow failback set to Immediately. Whether App1 can be moved to Node4 manually is governed separately by the Possible Owners list on the Advanced Policies tab, a setting distinct from Preferred Owners, and for this role that list excludes Node4 as a valid host, so a manual move to Node4 is not possible either.
NEW QUESTION # 429
Your network contains an Active Directory Domain Services (AD DS) forest. The forest contains a parent domain named contoso.com and a child domain named corp.contoso.com. Both domains contain domain controllers that have the DNS Server role installed. Some domain controllers in contoso.com do NOT have the DNS Server role installed. The DNS zone for contoso.com is Active Directory-integrated and uses secure dynamic updates. The zone replicates to all the DNS servers in the forest. You need to modify the zone to meet the following requirements: - Prevent the DNS servers in corp.contoso.com from receiving contoso.com zone data. - Minimize Active Directory replication traffic. What should you do?
Answer: D
Explanation:
An Active Directory-integrated zone ' s replication scope controls exactly which set of domain controllers receive a copy of the zone data, and Windows Server offers four scopes: all DNS servers in the forest, all DNS servers in the domain, all domain controllers in the domain, or the domain controllers enumerated in a custom application directory partition. The current setting, all DNS servers in the forest, replicates contoso.
com ' s zone data to every DNS server anywhere in the forest, including the DNS servers hosted on domain controllers in the child domain corp.contoso.com, which is exactly the behavior that must be stopped.
Changing the replication scope to all the DNS servers on the domain controllers in the contoso.com domain confines replication strictly to DNS servers that are also domain controllers within contoso.com itself, which both excludes every DNS server in corp.contoso.com (satisfying the first requirement) and reduces the replication set from a forest-wide scope down to a single-domain scope, cutting unnecessary AD replication traffic (satisfying the second requirement). Scoping to all domain controllers in the domain would replicate to contoso.com DCs that lack the DNS Server role entirely, needlessly bloating those DCs with zone data they will never serve, which is worse than necessary for minimizing traffic. Converting to a secondary zone on each DC abandons AD-integration and its dynamic update and multi-master benefits, and scoping to all DNS servers in the forest is the current, over-broad configuration causing the problem.
NEW QUESTION # 430
You have a file server named Server1 that runs Windows Server and contains the volumes shown in the following table. On which volumes can you use BitLocker Drive Encryption (BitLocker), and on which volumes can you use disk quotas? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Volumes on Server1
Answer:
Explanation:
Explanation:
BitLocker: C, D, and E. Disk quotas: C and D only.
Server1 has three volumes: C and D are formatted NTFS, and E is formatted ReFS. BitLocker Drive Encryption supports encrypting NTFS, FAT16/32, exFAT, and ReFS volumes, so it can be enabled on all three volumes regardless of whether they use NTFS or ReFS; there is no BitLocker restriction that excludes ReFS. Disk quotas, by contrast, are an NTFS-specific feature built into the NTFS file system driver to track and limit per-user storage consumption on a volume; ReFS does not implement the same per-user quota tracking mechanism that classic NTFS disk quotas rely on, so disk quotas cannot be configured on volume E.
Because C and D are both NTFS, disk quotas can be enabled on both of them. It is a common point of confusion to assume that any feature available on NTFS is automatically available on ReFS, or vice versa, since both are modern Microsoft-supported file systems, but they diverge specifically on this legacy per-user quota capability. Therefore, BitLocker applies to C, D, and E, while disk quotas apply only to C and D.
NEW QUESTION # 431
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