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| Section | Objectives |
|---|---|
| Secure and manage Windows Server environments | - Security and compliance
|
| Hybrid infrastructure management | - Azure integration
|
| Compute, storage, and virtualization | - Virtual machines and containers
|
| Networking and high availability | - Networking infrastructure
|
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NEW QUESTION # 362
You have an Azure Automation account named AA1 in a resource group named RG1.
You have an Azure Are-enabled server named Server! that runs Windows Server and is in a resource group named RG2.
You have a User Hybrid Runbook Worker group named Group1. Server! is registered as a worker in Group1.
You store the service URL required by the Hybrid Runbook Worker extension for AA1 in a variable named Jconnectionvalue.
You need to install the Hybrid Worker extension on Server1.
How should you complete the PowerShell script? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Settings key: AutomationAccountURL. Cmdlet: New-AzConnectedMachineExtension.
Microsoft ' s documented method for installing the extension-based Hybrid Runbook Worker on a server requires the $settings hashtable passed to the extension to use the exact key AutomationAccountURL, mapped to the automation account ' s hybrid service URL, regardless of whether the target is a native Azure VM or an Arc-enabled server; AutomationAccountName, AutomationHybridServiceURL, and RegistrationUrl are not the key the extension ' s installer actually reads and would cause the extension to fail to register the worker correctly. The choice of cmdlet depends on what kind of Azure resource the target machine is: Server1 is described as an Azure Arc-enabled server, meaning it is represented in Azure Resource Manager as a Microsoft.HybridCompute/machines resource rather than a Microsoft.Compute/virtualMachines resource, and only New-AzConnectedMachineExtension, the cmdlet specifically designed to install VM extensions onto Arc-enabled (hybrid/on-premises) machines, can target that resource type; Set- AzVMExtension is used for native Azure VMs and would fail against an Arc machine resource, and Set- AzConnectedMachine and New-AzAutomationHybridRunbookWorker are unrelated cmdlets that respectively update general Arc machine properties and register a runbook worker group membership rather than deploy the VM extension itself. The combination of the AutomationAccountURL settings key with New- AzConnectedMachineExtension correctly installs and registers the Hybrid Worker extension on the Arc- enabled Server1.
NEW QUESTION # 363
You have an Azure virtual machine named Server1 that runs a network management application. Server1 has the following network configurations: * Network interface: Nic1 * IP address: 10.1.1.1/24 * Connected to:
Vnet1/Subnet1 You need to connect Server1 to an additional subnet named Vnet1/Subnet2. What should you do?
Answer: C
Explanation:
In Azure, a single network interface (NIC) attached to a VM is bound to exactly one subnet for its lifetime; that binding cannot be changed after the NIC is created, and a NIC cannot simultaneously belong to two different subnets. Modifying the IP configurations of Nic1 (option A) lets you add secondary private IP addresses to the NIC, but every IP configuration on that NIC still resides on the same subnet the NIC was created in (Subnet1), so this cannot connect the VM to Subnet2. Likewise, adding an IP configuration to Nic1 (option C) only adds another address within Subnet1, not a route into a different subnet. A private endpoint (option D) is a mechanism for privately exposing a single Azure PaaS resource inside a VNet/subnet using a private IP; it is unrelated to attaching a VM ' s own network presence to an additional subnet. The only supported way for an Azure VM to gain connectivity to a second subnet within the same or a peered virtual network is to attach an additional network interface to the VM and place that new NIC in the target subnet (Vnet1/Subnet2) when creating it, then attach it to Server1. Most Azure VM sizes support multiple NICs (the exact number depends on VM size), and once attached, the second NIC gives Server1 a presence, and thus IP connectivity, in Subnet2 while the original Nic1 continues to serve Subnet1. Therefore, the correct action is to add a network interface to Server1.
NEW QUESTION # 364
You have a server that runs Windows Server 2022 and has the network adapters shown in the following table:
LAN1 (Vendor1, 1 Gbps, RDMA: No), LAN2 (Vendor2, 25 Gbps, RDMA: Yes), LAN3 (Vendor3, 25 Gbps, RDMA: Yes), LAN4 (Vendor4, 1 Gbps, RDMA: No). You need to configure NIC teaming for LAN2 and LAN3. The solution must support Dynamic Virtual Machine Multi-Queue (d.VMMQ). What should you use?
Network adapter table
Answer: A
Explanation:
Switch Embedded Teaming (SET) is the only Windows Server NIC teaming technology that preserves each member adapter ' s RDMA capability and supports Dynamic VMMQ, because SET is implemented as an integrated capability of the Hyper-V virtual switch itself rather than as a separate teaming driver layered underneath it; this integration lets SET-teamed adapters continue to expose RDMA and advanced offloads such as d.VMMQ to the virtual switch and its VMQ/VMMQ queue allocation logic. The legacy NIC Teaming feature -- also called load balancing and failover (LBFO), which includes both static teaming mode and LACP teaming mode as configuration options -- sits below the virtual switch as a separate intermediate driver and explicitly does not support RDMA passthrough or Dynamic VMMQ on its member adapters; teaming LAN2 and LAN3 (both RDMA-capable, 25 Gbps adapters) with classic LBFO would strip their RDMA capability entirely, defeating both the RDMA benefit and the d.VMMQ requirement. Since LAN2 and LAN3 are both RDMA-capable adapters and the requirement explicitly calls for Dynamic VMMQ support, Switch Embedded Teaming is the only option among those listed that meets the requirement; static teaming mode and LACP teaming mode are simply LBFO configuration variants and share the same RDMA/d.VMMQ incompatibility.
NEW QUESTION # 365
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. Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains servers that run Windows Server and store BitLocker recovery keys in AD DS. A server named Server1 starts in BitLocker recovery mode. You need to identify the BitLocker recovery key for Server1. Solution: You run ntdsutil.exe on a domain controller. Does this meet the goal?
Answer: B
Explanation:
ntdsutil.exe is a command-line management utility for the AD DS database itself, used for tasks such as performing authoritative restores, seizing or transferring FSMO roles, database integrity checks and defragmentation, managing application directory partitions, and Directory Services Restore Mode password resets; it has no built-in command, menu, or capability for browsing individual object attributes such as the ms-FVE-RecoveryPassword value stored on a msFVE-RecoveryInformation child object, and it provides no interface at all for reading or exporting BitLocker recovery data. Retrieving a BitLocker recovery password stored in AD DS requires either the BitLocker Recovery Password Viewer snap-in for Active Directory Users and Computers, which adds a dedicated tab to a computer object ' s properties specifically to display associated recovery passwords, or direct inspection of the msFVE-RecoveryInformation child objects through a general-purpose LDAP tool such as ADSI Edit or an equivalent PowerShell query against the directory; ntdsutil operates at the database/role-management level and simply has no code path that surfaces this attribute value to an administrator. Because running ntdsutil.exe on a domain controller does not read, display, or export any BitLocker recovery password, and no combination of its available commands can be used to obtain one, this solution does not meet the stated goal of identifying Server1 ' s recovery key.
NEW QUESTION # 366
You have a Hyper-V host named Server1 that runs Windows Server. Server1 hosts a virtual machine named VM1 that runs Windows Server and has multiple file shares. You have an Azure subscription. You need to migrate the file shares to Azure Storage by using Azure Storage Mover. The solution must minimize downtime and administrative effort. What should you do on the on-premises network first?
Answer: D
Explanation:
Azure Storage Mover uses a purpose-built migration agent that is deployed as its own dedicated virtual machine on the on-premises hypervisor rather than as software layered onto an existing guest operating system, so for a Hyper-V environment the correct first step is to download the agent ' s VHD image from the Storage Mover resource in Azure and use it to create a new, separate agent virtual machine on the Hyper-V host, Server1, that hosts the source VM whose file shares need migrating. Once that agent VM is powered on and registered against the Storage Mover resource using an activation key generated in the portal, it can enumerate and transfer the file shares hosted on VM1 with minimal ongoing administration, running the actual copy jobs in the background while VM1 continues serving those shares, and without installing any agent software inside VM1 itself. This approach differs from Azure Migrate ' s Connected Machine agent, which is used for a different assessment-and-lift-and-shift migration workflow that projects on-premises machines into Azure as Azure Arc resources rather than for file-share transfer through Storage Mover, and installing it on either VM1 or Server1 would not accomplish the file-share migration the scenario requires.
NEW QUESTION # 367
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