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| Section | Objectives |
|---|---|
| Topic 1: Hybrid infrastructure management | - Azure integration
|
| Topic 2: Compute, storage, and virtualization | - Virtual machines and containers
|
| Topic 3: Networking and high availability | - Networking infrastructure
|
| Topic 4: Secure and manage Windows Server environments | - Identity and access management
|
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NEW QUESTION # 187
You need to ensure that data availability on SSPace1 meets the technical requirements. What is the maximum number of physical disks that can fail on each disk without losing data? To answer, select the appropriate options in the answer area. NOTE: Each correct selection is worth one point.
Answer:
Explanation:
Explanation:
Disk1: 2. Disk2: 1.
The requirement is that data on SSPace1 must remain available at all times, meaning the storage pool ' s virtual disks must be able to tolerate physical disk failures without becoming unavailable or losing data. A three-way mirror keeps three copies of every block of data spread across different physical disks, so it remains available and readable even if any two of those disks fail simultaneously; the resiliency is fixed at tolerating two failures regardless of how many total disks (8, in Disk1 ' s case) make up the pool, as long as there are enough disks to support three-way mirroring, which eight comfortably provides. Disk2 uses parity resiliency, which stores a single parity block that can reconstruct data after one physical disk failure; unless dual parity is explicitly configured (which requires being set at virtual disk creation time and is not indicated here), a standard parity virtual disk tolerates only one physical disk failure before data becomes unavailable, regardless of the pool having twelve physical disks. Administrators sometimes assume more disks in a parity pool automatically means more fault tolerance, but the number of disks a parity space can lose is determined by the resiliency configuration (single vs. dual parity), not by the total disk count. Therefore Disk1 tolerates two disk failures and Disk2 tolerates one.
NEW QUESTION # 188
Your network contains an on-premises Active Directory Domain Services (AD DS) domain named contoso.
com. The domain contains three servers that run Windows Server and have the Hyper-V server role installed.
Each server has a Switch Embedded Teaming (SET) team. You need to verify that Remote Direct Memory Access (RDMA) and required Windows Server settings are configured properly on each server to support a failover cluster. What should you use?
Answer: C
Explanation:
The Validate-Dcb cmdlet is specifically designed to verify that Data Center Bridging (DCB) and RDMA- related network settings are correctly and consistently configured on a server that uses converged, teamed adapters such as a Switch Embedded Teaming (SET) team -- a common configuration for Storage Spaces Direct and other RDMA-dependent failover cluster scenarios. It checks settings such as the DCBX willing mode, priority flow control (PFC), enhanced transmission selection (ETS)/QoS, and RDMA-related network adapter properties across the physical adapters underneath the SET team, and reports misconfigurations that would otherwise cause RDMA traffic to silently fall back to TCP or fail, degrading cluster storage performance. Server Manager provides general role/feature installation and basic server management but has no dedicated capability to validate DCB/RDMA network configuration. The Get-NetAdapter cmdlet returns basic adapter state and properties (link speed, status) but does not validate DCB policies, RDMA capability negotiation, or PFC/ETS settings. Failover Cluster Manager ' s Validate a Configuration wizard runs general cluster validation tests (storage, networking, and so on) but does not perform the specialized DCB/RDMA validation that Validate-Dcb provides, and would normally be run only after the underlying RDMA networking has already been confirmed healthy. Because the requirement is specifically to verify RDMA and DCB-related settings on SET-teamed Hyper-V hosts before clustering, the appropriate tool is the Validate- Dcb cmdlet.
NEW QUESTION # 189
Your network contains an Active Directory Domain Services (AD DS) domain named adatum.com. The domain contains a server named Server1 and the users shown in the following exhibit (User1: member of Group1; User2: member of Group2; User3: member of Group3). Server1 contains a folder named D:\Folder1.
The advanced security (NTFS) permissions for Folder1 are: Administrators (SERVER1\Administrators) - Full control; Group1 (ADATUM\Group1) - Read; Group2 (ADATUM\Group2) - Write. Folder1 is shared as Share1 (FolderEnumerationMode: Unrestricted). The share permissions for Share1 are: Group1 - Allow Change; Group3 - Allow Full Control. For each of the following statements, select Yes if the statement is true. Otherwise, select No. NOTE: Each correct selection is worth one point.
D:\Folder1 NTFS permissions: Administrators=Full control, Group1(ADATUM)=Read, Group2(ADATUM)
=Write.
Answer:
Explanation:
Explanation:
User1 can read the files in Share1: Yes. User3 can delete files in Share1: No. If User2 connects to \\Server1.
adatum.com from File Explorer, Share1 will be listed: Yes.
When a folder is accessed across the network through its share, the effective permission is always the more restrictive of the NTFS permission and the share permission evaluated together. User1 belongs to Group1, which has NTFS Read and share-level Change; the combined effective permission is Read, so User1 can indeed read the files in Share1. User3 belongs to Group3, which has no NTFS permission entry at all on D:
\Folder1 (only Administrators, Group1, and Group2 appear in the NTFS ACL, with no inheritance from a parent granting Group3 access), even though Group3 holds Full Control at the share level; because NTFS grants nothing to Group3, the combined effective permission is no access whatsoever, so User3 cannot delete, read, or otherwise touch the files, regardless of the generous share permission. The third statement concerns Access-Based Enumeration (ABE), which Windows exposes on a share through its folder enumeration mode:
Share1 ' s FolderEnumerationMode is set to Unrestricted, meaning ABE is disabled for this share. With ABE disabled, every share is listed to every user browsing \\Server1.adatum.com regardless of that user ' s actual access rights, so Share1 will appear in the listing when User2 (Group2, which has no share permission entry and effectively no access to the share ' s contents at all) browses to the server, even though User2 could not open the share ' s contents once inside. ABE only hides shares from users with zero effective access when it is explicitly enabled (AccessBased mode), which is not the case here.
NEW QUESTION # 190
You have an on-premises server named Server1 that runs Windows Server. Server1 contains an app named App1 and a firewall named Firewall1. You have an Azure subscription. Internal users connect to App1 by using WebSockets. You need to make App1 available to users on the internet. The solution must minimize the number of inbound ports open on Firewall1. What should you include in the solution?
Answer: B
Explanation:
Azure Relay ' s Hybrid Connections feature is designed specifically to expose an on-premises application, such as App1, to the internet without opening any inbound ports on the on-premises firewall: a small Hybrid Connection Manager agent installed on-premises establishes an outbound-only connection to the Azure Relay service, and internet clients then reach the on-premises app through that relay, so Firewall1 needs no new inbound rules at all -- the connection is entirely outbound-initiated from the on-premises side. Hybrid Connections also natively supports WebSockets-based traffic, matching how internal users already connect to App1. Microsoft Application Request Routing (ARR) is an IIS extension for reverse-proxying and load- balancing HTTP(S) traffic; using it to expose App1 to the internet would still require opening an inbound port on Firewall1 for the reverse proxy to receive traffic, unless combined with something like Azure Relay, so it does not meet the " minimize inbound ports " requirement on its own. Web Application Proxy is an on- premises AD FS/pre-authentication reverse proxy role that also requires an inbound-facing listener and open firewall ports to accept traffic from the internet. Azure Application Gateway is an Azure-hosted load balancer
/WAF that operates on resources already reachable from Azure (such as VMs or on-premises endpoints reachable via VPN/ExpressRoute); it does not eliminate the need for inbound connectivity to an on-premises firewall the way Azure Relay ' s outbound-only model does. Therefore, Azure Relay (Hybrid Connections) is the correct inclusion.
NEW QUESTION # 191
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: B
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 # 192
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