You don't have to install excessive plugins or software to attempt this Microsoft AZ-802 practice test. This version of AZ-802 practice exam is supported by these operating systems: Windows, Mac, iOS, Linux, and Android. It is a customizable Microsoft AZ-802 Practice Exam. It means takers can change its duration and AZ-802 practice test question numbers. The actual Microsoft AZ-802 exam environment that the practice exam creates is beneficial to counter Administering Windows Server (AZ-802) exam anxiety.
| Section | Objectives |
|---|---|
| Networking and high availability | - Networking infrastructure
|
| Compute, storage, and virtualization | - Storage and file services
|
| Hybrid infrastructure management | - Azure integration
|
| Secure and manage Windows Server environments | - Identity and access management
|
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NEW QUESTION # 554
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 have a failover cluster named Cluster1 that hosts an application named App1. The General tab in App1 Properties is shown in the General exhibit: Preferred Owners lists Server1 and Server2, both unchecked, with the Up/Down reordering controls disabled; Priority is Medium; the role is Running on Server2. The Failover tab in App1 Properties is shown in the Failover exhibit: Maximum failures in the specified period is 3, Period (hours) is 6, and Failback is currently set to " Allow failback " / " Immediately. " Server1 shuts down unexpectedly. You need to ensure that when you start Server1, App1 continues to run on Server2. Solution:
From the Failover settings, you select Prevent failback. Does this meet the goal?
App1 Properties - General tab
App1 Properties - Failover tab
Answer: B
Explanation:
The Failover tab currently shows Failback configured to " Allow failback " / " Immediately, " meaning App1 will automatically move back to its most preferred owner (once one is configured) as soon as that node is available again -- which is the opposite of what the requirement calls for once Server1 restarts. Explicitly changing this setting to Prevent failback guarantees that once App1 has failed over to and is running on Server2, it will keep running there and will not automatically move back to Server1 merely because Server1 has restarted and rejoined the cluster. This is the documented, deterministic mechanism in Failover Cluster Manager for controlling failback behavior, and it works regardless of how -- or whether -- preferred owners are configured for the role on the General tab, since Prevent failback overrides any automatic return-to- preferred-owner behavior entirely. Because this setting directly and reliably achieves the stated goal of keeping App1 on Server2 after Server1 comes back online, this solution meets the goal.
NEW QUESTION # 555
Your on-premises network contains an Active Directory Domain Services (AD DS) domain. The domain contains the servers shown in the following table.
You have an Azure subscription.
You plan to migrate the data on FS1 to Azure by using Azure Data Box Gateway.
You need to configure a Data Box Gateway virtual device.
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
Answer:
Explanation:
Explanation:
Deploying an Azure Data Box Gateway virtual device follows a fixed sequence: you first create the Data Box Gateway resource in the Azure portal, which generates the virtual device image and an activation key; you then download that virtual device image; next you use the downloaded image to create a virtual machine on the on-premises Hyper-V host (HV1); and finally you power on that VM and activate it against the Azure resource using the activation key, which brings the Data Box Gateway share online so FS1 ' s data can start being copied to it. Creating a Storage Sync Service, installing the Azure File Sync agent, or configuring Hyper-V Replica are unrelated Azure File Sync/replication actions that do not belong in this Data Box Gateway deployment, since Data Box Gateway is deployed and activated entirely as its own virtual appliance rather than as an agent layered onto an existing role or VM.
NEW QUESTION # 556
Your network contains an Active Directory Domain Services (AD DS) domain.
You need to deploy a Storage Spaces Direct cluster. The solution must support dual parity.
What is the minimum and maximum number of nodes you can deploy to the cluster? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Storage Spaces Direct requires a minimum of four servers before dual parity (also called mirror-accelerated parity when combined with a mirror tier) is even offered as a resiliency option for a volume. With only two servers, only two-way mirroring or nested resiliency is available, and with three servers only three-way mirroring is available, because dual parity ' s erasure-coding scheme needs at least four independent fault domains to tolerate the simultaneous loss of any two drives or servers safely while still being able to reconstruct data from parity information. Fewer than four nodes simply cannot provide the fault-domain diversity that dual parity ' s erasure coding depends on, which is why Microsoft ' s hardware requirements documentation calls out four servers as the hard floor for this specific resiliency type, distinct from the two- server floor for basic mirroring. On the upper end, a Storage Spaces Direct cluster built on Windows Server supports a maximum of 16 servers regardless of which resiliency type is used, since that is the documented ceiling for hyper-converged and disaggregated S2D deployments alike, driven by the practical limits of pool metadata and health-service scalability rather than by the specific resiliency type chosen for any individual volume.
NEW QUESTION # 557
You have an on-premises server named Server1 that runs Windows Server and contains a shared folder named Share1. You deploy a new virtual machine named Server2. You need to migrate Share1 to Server2. The solution must meet the following requirements: - Ensure that users can access a UNC path of \\server1\share1 after Server1 is decommissioned. - Minimize administrative effort. What should you use to perform the migration?
Answer: A
Explanation:
Storage Migration Service is specifically designed to migrate file shares and their data while also supporting a cutover step that transfers the source server ' s name (and optionally IP address) to the destination, which is what allows users to keep referencing \\server1\share1 even after Server1 is decommissioned. File Server Resource Manager only manages quotas, screening, and reporting rather than performing migrations, Windows Server Migration Tools does not provide the identity-takeover/cutover capability needed to preserve the original UNC path, and Azure Migrate is oriented toward moving workloads into Azure rather than between on-premises servers. Storage Migration Service also minimizes administrative effort through its wizard-driven Windows Admin Center interface that walks an administrator through inventory, transfer, and cutover in a single tool. Because the requirement explicitly calls for preserving the original UNC path after decommissioning Server1, only a tool that performs an identity transfer as part of the migration satisfies both stated requirements at once.
NEW QUESTION # 558
You have a Remote Desktop Services (RDS) farm deployment. Administrators connect to the farm by using Remote Desktop from domain-joined workstations on the internal network. You need to enable administrators to connect to the RDS farm by using Remote Desktop from the internet. The solution must prevent opening internal RDP ports to the internet. Which role should you add to the deployment?
Answer: B
Explanation:
The RD Gateway role is specifically designed to let Remote Desktop clients on the internet connect securely to internal RDS session hosts (or other RDP-enabled servers) by tunneling RDP traffic inside an HTTPS (TLS-protected, port 443) connection, which means the only port that needs to be exposed to the internet is
443 on the RD Gateway server itself; internal RDP port 3389 never has to be opened to the internet on any session host or connection broker, since the gateway terminates the external HTTPS connection and relays the traffic internally, satisfying the requirement to keep internal RDP ports closed from the internet while still allowing full Remote Desktop connectivity for administrators working remotely. RD Connection Broker only manages session load balancing, reconnection, and directing users to the correct session collection within the farm, and has no role in securing or tunneling external connections. RD Virtualization Host supports personal
/pooled virtual desktop collections rather than remote access security, and RD Session Host simply hosts the actual RemoteApp programs and desktop sessions, again without any external-access security function. RD Web Access provides a browser-based portal for launching RemoteApp programs and desktops but still relies on an RD Gateway underneath to actually tunnel the RDP traffic securely from the internet, so RD Gateway is the role that directly satisfies the stated requirement.
NEW QUESTION # 559
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