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| Section | Weight | Objectives |
|---|---|---|
| Implement high availability and disaster recovery | 5% | - Configure failover clustering - Perform server and workload migrations - Implement backup and recovery solutions - Use Azure Site Recovery for hybrid workloads - Monitor and troubleshoot Windows Server environments |
| Implement and manage an on-premises and hybrid networking infrastructure | 15% | - Configure software-defined networking - Secure network traffic in hybrid environments - Implement hybrid network connectivity - Configure IP addressing, DNS, and DHCP |
| Manage virtual machines and containers | 15% | - Deploy and manage containers and Kubernetes on Windows Server - Deploy and manage Hyper-V virtual machines - Configure Azure Arc-enabled servers and VMs |
| Deploy and manage Active Directory Domain Services (AD DS) in on-premises and cloud environments | 20% | - Install and configure domain controllers - Manage FSMO roles and replication - Implement and manage Group Policy Objects - Integrate AD DS with Azure AD and Azure Arc |
| Secure Windows Server on-premises and hybrid infrastructures | 10% | - Configure Windows Defender and audit policies - Implement security baselines and hardening - Manage access control and permissions |
| Manage Windows Servers and workloads in a hybrid environment | 20% | - Manage updates and patches across hybrid servers - Implement hybrid identity solutions - Deploy servers using Windows Admin Center and Azure Arc - Configure remote management and secure administration |
| Manage storage and file services | 15% | - Integrate on-premises storage with Azure Storage - Implement Storage Spaces and Storage Spaces Direct - Configure file servers and shares - Configure data deduplication and replication |
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NEW QUESTION # 237
Your on-premises network contains two subnets. The subnets contain servers that run Windows Server as shown in the following table: Server1 (192.168.1.10), Server2 (192.168.0.250), Server3 (192.168.0.240), Server4 (192.168.0.10). Server4 has the following IP configuration: IPv4 Address: 192.168.0.10; Subnet Mask: 255.255.255.0; Default Gateway: 192.168.0.1. From Server4, you can ping Server1 and Server2 successfully. When you ping Server3, you get a Request timed out response. From Server2, you can ping Server1 and Server3 successfully. The misconfiguration of which component on Server3 can cause the Request timed out response?
Server IP address table
Answer: A
Explanation:
Server2 (.250) and Server3 (.240) can reach each other, and Server4 (.10) can reach both Server1, which sits on the separate 192.168.1.0/24 subnet and is reached through routing, and Server2, but Server4 cannot reach Server3 even though Server2, Server3, and Server4 all nominally sit within the same 192.168.0.0/24 range.
This pattern is consistent with Server3 having been configured with a smaller subnet mask than its peers, for example 255.255.255.128, which splits 192.168.0.0/24 into two separate /25 halves. Server3 (.240) and Server2 (.250) both fall within the upper half of that split range together, so each treats the other as locally reachable on the same segment, while Server4 (.10) falls in the lower half; from Server3 ' s perspective, traffic to and from an address in the other half must be routed through a gateway rather than sent directly on the local segment, and if that routed path is not functioning correctly, the ping to and from Server4 fails while same- half communication with Server2 remains intact. A misconfigured default gateway, IP address, or DNS server on Server3 would not selectively break reachability with exactly the one host sitting in the other half of a misapplied subnet boundary while leaving same-half communication working normally, so the subnet mask is the component whose misconfiguration explains this exact symptom.
NEW QUESTION # 238
Your network contains the segments shown in the following table.
You have servers that run Windows Server and are configured as shown in the following table.
You deploy a server named Server4 that runs Windows Server and has a static IP address of 172.16.1.1. You connect Server4 to Segment1.
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:
Server1 can successfully ping Server2 by using the name of Server2: No. Server2 can successfully ping Server3 by using the IP address of Server3: No. Running ipconfig /all on Server4 will display an IP address from the 169.254.0.0/16 IPv4 address space: No.
A host decides whether a destination is local by comparing the destination IP against its own subnet mask; if the destination falls outside its own subnet, the host forwards through its default gateway, and if within its own subnet, it uses ARP directly on the local segment. Server2 is physically cabled to Segment1 but has been configured with an IP address (172.16.2.2/24) that places it in the 172.16.2.0/24 network -- a subnet that is physically Segment2. When Server1 (172.16.1.10/24) resolves and pings Server2 ' s name, it gets back
172.16.2.2, which Server1 treats as a remote address (outside its own 172.16.1.0/24) and forwards to its gateway, 172.16.1.1; the router then forwards toward the 172.16.2.0/24 network (physically Segment2), where Server2 is not actually present, so the ping fails. Likewise, when Server2 (believing itself to be on
172.16.2.0/24) tries to reach Server3 (172.16.2.20), it thinks the destination is local and issues an ARP request on the wire it ' s actually attached to (Segment1); ARP requests never cross a router, so the request never reaches Server3 (physically on Segment2), and the ping fails. Server4 was given a static IP address (172.16.1.1); APIPA (169.254.0.0/16) is assigned only to interfaces configured for automatic (DHCP) addressing when no DHCP server responds -- a statically configured interface never receives an APIPA address regardless of any conflict, so ipconfig /all on Server4 will show its configured static address,
172.16.1.1 (which incidentally also collides with Segment1 ' s gateway address, a separate misconfiguration), not an APIPA address.
NEW QUESTION # 239
Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains two servers named Server1 and Server2.
You perform the following actions:
Install a custom line-of-business (LOB) application named App1 on Server1 and Server2.
Create a Group Managed Service Account (gMSA) named gMSA1.
You need to ensure that App1 on Server2 can use gMSA1 as the service account.
Which cmdlet should you run on Server2?
Answer: B
NEW QUESTION # 240
You have two Azure virtual machines named VM1 and VM2. VM1 is backed up to an Azure Recovery Services vault daily and retains backups for 30 days.
You need to restore an individual file named C:\Data\Important.docx from VM1 to VM2. The solution must minimize administrative effort.
Which four actions should you perform in sequence? To answer, move the appropriate actions from the list of actions to the answer area and arrange them in the correct order.
Exhibit
Exhibit
Answer:
Explanation:
Explanation:
1. Download the file recovery script for VM1. 2. Run the file recovery script on VM2. 3. Copy the file by using File Explorer. 4. Unmount the disks.
Azure Backup ' s file-level recovery for Azure virtual machines works by generating a script from a specific recovery point stored in the Recovery Services vault; once that script is downloaded and executed on a target machine, it mounts the recovery point ' s disks there as local volumes. To restore a single file from VM1 ' s backup onto VM2 with the least administrative effort, an administrator first downloads the file recovery script generated for the desired VM1 recovery point, then runs that script directly on VM2 -- the target machine where the file needs to end up -- which mounts the recovery point ' s volumes locally on VM2. Once the volumes are mounted and visible, the desired file is copied using ordinary File Explorer navigation, browsing to the mounted recovery point volume and copying Important.docx to its destination on VM2. Finally, the mounted disks are unmounted to clean up the temporary recovery point volumes once the file has been retrieved. This approach avoids restoring the entire virtual machine or provisioning any separate infrastructure just to retrieve one file, minimizing administrative effort as required.
NEW QUESTION # 241
Your network contains an on-premises Active Directory Domain Services (AD DS) domain named contoso.
com that syncs with a Microsoft Entra ID tenant. The tenant contains a group named Group1 and the users User1 (in OU1) and User2 (in OU2). Domain/OU filtering in Microsoft Entra Connect is configured to sync only OU1 and the Users container (OU2 is not selected). The Microsoft Entra Connect configuration shows:
Pass-through authentication enabled; Password hash synchronization disabled; Password writeback enabled.
For each of the following statements, select Yes if the statement is true. Otherwise, select No. NOTE: Each correct selection is worth one point.
User1: OU1 (synced). User2: OU2 (not synced).
Domain/OU Filtering: ' Sync selected domains and OUs ' with OU1 and Users checked; OU2 unchecked.
Answer:
Explanation:
Explanation:
User1 can use self-service password reset (SSPR) to reset his password: Yes. If User1 connects to Microsoft Exchange Online, an on-premises domain controller provides authentication: Yes. You can add User2 to Group1 as a member: No.
User1 ' s account lives in OU1, which is included in the Microsoft Entra Connect sync scope, so User1 has a corresponding, synced object in the tenant; with password writeback enabled and no other blocking configuration indicated, a synced user like User1 can use self-service password reset, and the reset password is written back to on-premises AD DS as well. Because password hash synchronization is explicitly disabled and pass-through authentication is enabled instead, cloud sign-in for synced users is validated by the pass- through authentication agent relaying the credential check to an on-premises domain controller in real time, rather than against a cloud-stored hash; so when User1 signs in to a cloud service such as Exchange Online, authentication is indeed provided by an on-premises domain controller through the PTA agent. User2, however, belongs to OU2, which was not selected in the Domain/OU filtering configuration, so User2 has no corresponding object synced into the tenant at all. Group1 is a group in the tenant (a cloud-side security group), and because User2 has no synced cloud identity to reference, User2 cannot be added as a member of Group1 - there is simply no cloud object representing User2 to add.
NEW QUESTION # 242
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