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| Section | Objectives |
|---|---|
| Compute, storage, and virtualization | - Virtual machines and containers
|
| Secure and manage Windows Server environments | - Security and compliance
|
| Hybrid infrastructure management | - Monitoring and update management
|
| Networking and high availability | - Networking infrastructure
|
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NEW QUESTION # 156
You have a server named Server1 that runs Windows Server and contains two drives named C and D. Server1 hosts multiple file shares. You enable Data Deduplication on drive D and select the General purpose file server workload. You need to minimize the space consumed by files that were recently modified or deleted.
What should you do?
Answer: C
Explanation:
Data Deduplication relies on a set of scheduled jobs to keep a volume ' s chunk store efficient. The optimization job is the one that scans eligible files and replaces duplicate data with references into the chunk store, and it is what produces the initial space savings, but it does not reclaim space that becomes unused because files were later modified or deleted; over time, chunks that are no longer referenced by any current file simply accumulate in the chunk store, still consuming disk space, unless something specifically reclaims them. The garbage collection job is the dedup job dedicated to that reclamation: it identifies chunks in the chunk store that no longer have any live references (because the files that used them were deleted or overwritten with different content) and removes them, directly reducing the space consumed by data that used to belong to recently modified or deleted files. Garbage collection is configured, like the other deduplication jobs, through Set-DedupSchedule, which lets you define or adjust the job ' s schedule and priority. The scrubbing job instead checks the integrity of the chunk store and repairs corruption using redundant copies, and InputOutputScale/IO settings tune deduplication job performance rather than controlling what gets reclaimed; neither addresses the stated goal. Configuring a garbage collection job with Set-DedupSchedule is therefore the correct action.
NEW QUESTION # 157
You have servers that run Windows Server 2022 as shown in the following exhibit: Server1 (on-premises, hosts a Microsoft SQL Server 2019 instance), Server2 (Azure, contains the .NET SDK, hosts a .NET app named App1). You need to establish a WebSocket connection from App1 to the SQL Server instance on Server1. The solution must meet the following requirements: minimize the number of network ports that must be open on the on-premises network firewall; minimize administrative effort. What should you create first?
Server1 (on-premises, SQL Server 2019) / Server2 (Azure, .NET SDK, hosts App1).
Answer: A
Explanation:
Azure Relay ' s Hybrid Connections capability is built specifically to expose an on-premises TCP endpoint, such as a SQL Server instance, to a cloud application without opening any inbound port on the on-premises firewall: an on-premises Hybrid Connection Manager makes only an outbound connection to the relay, and the cloud application (App1) connects to the same relay, so traffic tunnels through a connection the on- premises network itself initiated. Both the WebSocket-based transport and the automatic connection management of Hybrid Connections satisfy the requirements to minimize open firewall ports and administrative effort far better than standing up a full site-to-site network path. However, a Hybrid Connection is a resource that must live inside an Azure Relay namespace, which is the container resource that has to exist first before any individual Hybrid Connection (or WCF relay) can be created within it; you cannot create a Hybrid Connection without first provisioning the namespace that will hold it. An Azure VPN gateway would establish full network-level connectivity between the networks, which is a heavier-weight solution requiring more firewall ports and more ongoing administrative overhead than is justified for reaching a single SQL endpoint. A WCF relay connection is an older, more complex Azure Relay capability aimed at SOAP/WCF scenarios and is not the modern minimal-effort choice for a WebSocket-based connection.
Because the Relay namespace is the prerequisite container, it must be created first.
NEW QUESTION # 158
Your network contains an Active Directory Domain Services (AD DS) domain.
The domain contains three servers named DHCP1, DHCP2, and DHCP3 that run Windows Server and have the DHCP Server role installed. The servers host IPv4 scopes only. Shared storage is unavailable.
Your company has a main datacenter that contains DHCP1 and DHCP2. The company has a disaster-recovery datacenter that contains DHCP3 and connects to the main datacenter by using a WAN link.
You have two scopes named Scope1 and Scope2.
You need to provide DHCP service continuity for the scopes. The solution must meet the following requirements:
* Scope1: DHCP3 must provide leases only if a DHCP server in the a main datacenter is unavailable.
* Scope2: DHCP! and DHCP2 must each lease from separate parts of the IP address range. DHCP2 must wait before responding to client computer requests.
How should you configure high availability for each scope? To answer, drag the appropriate configurations to the correct scopes. Each configuration may be used once, more than once, or not at all. You may need to drag the split bar between panes or scroll to view content.
NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Scope1: DHCP failover in hot standby mode. Scope2: A split scope that uses delayed responses.
DHCP failover in hot standby mode designates one partner as active, normally answering all client requests for a scope, while the second partner remains passive and only begins leasing addresses once it detects the active partner is unavailable, which exactly matches Scope1 ' s requirement that DHCP3 (in the disaster- recovery site) leases addresses only when a main-datacenter server is down; hot standby is also the mode Microsoft recommends specifically for main-site-to-DR-site failover pairings, as opposed to load-balance mode, which splits live traffic between both partners simultaneously and is intended for two servers on the same local, low-latency network segment. Scope2 ' s requirement, that DHCP1 and DHCP2 each lease from separate parts of the address range with DHCP2 waiting before responding, describes the classic split-scope configuration, in which the address range is divided (commonly 80/20) between two independent, non- partnered DHCP servers, and a delay is configured on one server ' s scope options so it only replies to a DHCPDISCOVER broadcast if the other, undelayed server fails to respond first; this delayed-response split scope predates the failover feature and is still used when two DHCP servers should operate independently rather than as a coordinated failover pair. Neither scope ' s requirement matches a DHCP Server role in a failover cluster (which addresses a single server ' s own availability, not multi-server address partitioning) or a single server with exclusion ranges (only one server involved).
NEW QUESTION # 159
You have an on-premises Hyper-V deployment that hosts multiple virtual machines. You have an Azure subscription that contains an Azure Migrate project named Project1. You plan to migrate the virtual machines to Azure by using Project1. You need to discover all the Hyper-V hosts and virtual machines running in your environment. The solution must minimize administrative effort. What should you do first?
Answer: D
Explanation:
Discovering Hyper-V hosts and VMs with Azure Migrate begins in the Azure portal by adding the Discovery and assessment tool to Project1 and generating a project key, which is the credential the on-premises Azure Migrate appliance uses during its initial setup to register itself against that project. Only after the key is generated and the appliance is deployed and registered with it can the appliance be pointed at the Hyper-V hosts to begin discovery; registering an appliance, creating a private endpoint, and deploying an Azure Network Adapter are all later or unrelated steps that depend on, or are independent of, having generated the project key first. Generating the key is a single portal action that takes only moments and requires no additional infrastructure, which is what keeps this approach aligned with the requirement to minimize administrative effort compared with any manual discovery alternative. Once the appliance is deployed as a VM on the Hyper-V infrastructure and registered using that key, it automatically enumerates the Hyper-V hosts and their VMs and reports the inventory back to Project1 for assessment.
NEW QUESTION # 160
You have an Azure subscription. The subscription contains a virtual machine named VM1 that runs Windows Server and an Azure key vault named Vault1. VM1 has a system-assigned managed identity enabled. You need to enable Azure Disk Encryption for VM1. What should you do first?
Answer: C
Explanation:
Azure Disk Encryption for a VM that authenticates using a managed identity needs the target key vault to explicitly authorize that identity before the disk encryption extension can write BitLocker or DM-Crypt protector secrets into the vault and, optionally, wrap an encryption key stored there. This authorization is granted by, from Vault1, creating an access policy that gives VM1 ' s system-assigned managed identity permission to use keys and secrets, typically Get, List, and Set on secrets, plus wrap and unwrap on keys if a key encryption key is used to further protect the BitLocker secret. This access policy must be configured before running Set-AzVMDiskEncryptionExtension, or the encryption operation will fail with access-denied errors when it attempts to write the encryption secret to a vault that has not yet trusted VM1 ' s identity.
Installing a BitLocker recovery certificate on VM1, editing a local Group Policy Object on VM1 to allow BitLocker key storage, or enabling confidential OS disk encryption are all unrelated to authorizing a managed identity against a key vault, and none of them substitutes for the required Vault1 access-policy grant, which remains the mandatory first step for standard Azure Disk Encryption using a managed identity.
NEW QUESTION # 161
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