2026 AZ-802 Exam Cram Review: Administering Windows Server - Unparalleled Free PDF Quiz AZ-802

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Microsoft AZ-802 Exam Syllabus Topics:

SectionObjectives
Secure and manage Windows Server environments- Security and compliance
  • 1. Security baselines and auditing
    • 2. Microsoft Defender for Identity integration
      - Identity and access management
      • 1. Active Directory Domain Services (AD DS) administration
        • 2. Group Policy management
          Compute, storage, and virtualization- Virtual machines and containers
          • 1. Hyper-V management
            • 2. Windows containers
              - Storage and file services
              • 1. Storage Spaces Direct
                • 2. File server management
                  Networking and high availability- Networking infrastructure
                  • 1. Network connectivity in hybrid environments
                    • 2. DNS/DHCP management
                      - High availability and disaster recovery
                      • 1. Backup and restore strategies
                        • 2. Failover clustering
                          Hybrid infrastructure management- Monitoring and update management
                          • 1. Azure Monitor
                            • 2. Windows Admin Center
                              • 3. Update and patch management
                                - Azure integration
                                • 1. Azure Arc enabled servers
                                  • 2. Azure Policy and governance

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                                    Microsoft Administering Windows Server Sample Questions (Q476-Q481):

                                    NEW QUESTION # 476
                                    Your network contains an Active Directory Domain Services (AD DS) domain. The domain contains the following servers: Server1 (has the DFS Namespaces role service installed); Server2 (has the DFS Namespaces role service installed); Server3 (hosts a file share named \\Server3\Share1); Server4 (hosts a file share named \\Server4\Share2). You need to publish both file shares in a single DFS namespace named Corp.
                                    Corp must remain available if either Server1 or Server2 is unavailable. What should you do?

                                    Answer: B

                                    Explanation:
                                    A DFS namespace ' s own availability, independent of which file servers ultimately host its folder targets, depends on how many namespace servers host the namespace ' s root, and only a domain-based namespace supports hosting the same namespace root on multiple servers simultaneously; a stand-alone namespace can exist on only a single server and has no built-in redundancy for the namespace root itself, so if that one server goes down, the entire \\domain\Corp path becomes unreachable regardless of how many file servers actually hold the underlying share data. Configuring a domain-based namespace named Corp and adding both Server1 and Server2 as namespace servers means the namespace root and its full folder-target referral list are hosted redundantly on two independent servers, so clients can still resolve and browse \\contoso.com\Corp even if either Server1 or Server2 is offline, directly satisfying the availability requirement; Server3 ' s and Server4 ' s shares are then simply added as folder targets under that namespace, which does not by itself require redundancy for the requirement described. A DFS Replication group only synchronizes file content between folder targets and provides no client-facing namespace redundancy at all, and configuring only Server1 as the namespace server leaves a single point of failure exactly like a stand-alone namespace would, failing the requirement.


                                    NEW QUESTION # 477
                                    You have a server named Server1 that runs Windows Server. Server1 has a single network interface and the Hyper-V virtual switches shown in the following exhibit. VSwitch1: Private virtual switch VSwitch2: Internal only virtual switch VSwitch3: External virtual switch with the Microsoft Hyper-V Network Adapter bound (management OS shares the adapter) Use the drop-down menus to select the answer choice that completes each statement based on the information presented in the graphic. NOTE: Each correct selection is worth one point.

                                    Virtual Switch Manager

                                    Answer:

                                    Explanation:

                                    Explanation:
                                    On Server1, you can create additional private and internal virtual switches only. Server1 can access network shares on virtual machines that are connected to VSwitch2 or VSwitch3 only.
                                    Hyper-V supports three virtual switch types: External (bound to a physical network adapter, optionally shared with the management OS), Internal (connects VMs to each other and to the management OS, with no physical adapter binding), and Private (connects VMs to each other only, with no management OS or external connectivity). A single physical network adapter can be bound to only one External virtual switch at a time (absent NIC teaming); because Server1 has only one NIC and it is already bound to VSwitch3 as an External switch, no additional External switch can be created without adding another physical adapter -- but Internal and Private switches, which never bind to a physical NIC, can still be created freely. This means Server1 can create additional private and internal virtual switches only, not additional external switches. For host-to-VM connectivity, the management operating system can communicate with VMs on an Internal switch (VSwitch2) and, because the management OS shares the adapter via the Microsoft Hyper-V Network Adapter, with VMs on the External switch (VSwitch3) as well; the management OS has no network path to VMs on a Private switch (VSwitch1), since Private switches by design isolate VM traffic from the host. Consequently, Server1 can access network shares hosted on VMs connected to VSwitch2 or VSwitch3 only -- not VSwitch1, and not all three switches as the source exhibit ' s highlighting suggested.


                                    NEW QUESTION # 478
                                    Your network contains an Active Directory Domain Services (AD DS) forest. The forest contains the domains shown in the following table.
                                    You are implementing Microsoft Defender for Identity sensors.
                                    You need to install the sensors on the minimum number of domain controllers. The solution must ensure that Defender for Identity will detect all the security risks in both the domains.
                                    What should you identify? To answer, select the appropriate options in the answer area.
                                    NOTE: Each correct selection is worth one point.

                                    Exhibit

                                    Exhibit
                                    Exhibit

                                    Answer:

                                    Explanation:

                                    Explanation:
                                    Microsoft Defender for Identity sensors capture and analyze authentication and directory traffic locally on each domain controller they are installed on, so detecting all security risks that touch either domain -- including risks involving the read-only domain controllers DC3 and DC6, which also process authentication traffic for their respective domains -- requires a sensor on every domain controller in the forest, DC1 through DC6, rather than only the PDC emulators or infrastructure masters; installing sensors on a subset would leave authentication traffic on the uncovered domain controllers unmonitored, creating a detection gap. Therefore the minimum number of domain controllers that still achieves full coverage of both domains is, in fact, all six
                                    -- there is no smaller subset that captures every domain controller ' s local traffic. During each sensor ' s initial installation, it must be registered to the Defender for Identity workspace using the one-time access key that is generated and copied from the Microsoft Defender portal; after this initial registration, subsequent sensor-to- cloud communication is secured using certificates rather than requiring the access key, a gMSA, or a cloud- only Azure AD/Microsoft Entra user account again.


                                    NEW QUESTION # 479
                                    You have a server named Server1 that runs Windows Server and has the Hyper-V server role installed. You build Just Enough Administration (JEA) role capabilities and session configuration files. You need to limit which Hyper-V module cmdlets helpdesk users can use when administering Server1 remotely. How should you complete the PowerShell command? To answer, select the appropriate options in the answer area. NOTE:
                                    Each correct selection is worth one point.

                                    Answer:

                                    Explanation:

                                    Explanation:
                                    Register-PSSessionConfiguration -Path .\HyperVJeaConfig.pssc -Name ' HyperVJeaHelpDesk ' -Force Just Enough Administration constrains what a remote user can do in a PowerShell session by combining a role capabilities file (.psrc, which lists exactly which cmdlets, functions, and parameters a given role is allowed to use -- for example, a curated subset of the Hyper-V module ' s cmdlets) with a session configuration file (.pssc, generated by New-PSSessionConfigurationFile, which ties one or more role capabilities to security principals and session-wide restrictions). Once the .pssc file has been authored, it must be registered as an actual, connectable PowerShell endpoint on Server1 using Register- PSSessionConfiguration, specifying the .pssc file ' s path and a name for the resulting endpoint; -Force allows the registration to proceed even if a session configuration by that name already exists or the WinRM service needs restarting. Enter-PSSession simply starts an interactive remoting session against an existing endpoint and plays no role in creating or registering one. New-PSSessionConfigurationFile only creates the .pssc content -- it does not make the file usable as an actual session endpoint that remote users can connect to.
                                    Registering the wrong file type, such as a .ps1 script or .psm1 module, would fail, since Register- PSSessionConfiguration ' s -Path parameter specifically expects a .pssc session configuration file. Therefore, the command must be Register-PSSessionConfiguration -Path .\HyperVJeaConfig.pssc -Name ' HyperVJeaHelpDesk ' -Force.


                                    NEW QUESTION # 480
                                    Your network contains a Microsoft Entra Domain Services domain named sk230128outlook.onmicrosoft.
                                    com. The domain contains a server named Server1 that runs Windows Server. You have the users shown in the following table: User1 (Domain user in the AADDC Users organizational unit (OU)), User2 (Local user on Server1), User3 (Domain user in an organizational unit (OU) named OU1). The domain contains the Group Policy Objects (GPOs) shown in the following exhibit: Default Domain Policy (linked at the domain root); AADDC Computers GPO (linked to the AADDC Computers OU, which contains Server1 ' s computer object); AADDC Users GPO (linked to the AADDC Users OU); GPO1 (linked to OU1). The minimum password length for each GPO is configured per a reference table. For each of the following statements, select Yes if the statement is true. Otherwise, select No. NOTE: Each correct selection is worth one point.

                                    User account/OU table

                                    Group Policy Management tree

                                    Answer:

                                    Explanation:

                                    Explanation:
                                    If User1 changes their password, the new password must have at least 10 characters: No. If User2 changes their password, the new password must have at least seven characters: Yes. If User3 changes their password, the new password must have at least 13 characters: No.
                                    Account policy settings (password policy, account lockout policy, and Kerberos policy) for domain user accounts are always sourced exclusively from the GPO linked at the domain root (here, Default Domain Policy) -- a fundamental AD DS rule that holds true even in a Microsoft Entra Domain Services managed domain. A GPO linked to an OU that contains user objects, such as the AADDC Users GPO (linked to the AADDC Users OU) or GPO1 (linked to OU1), never overrides or supplements the domain account policy for domain user accounts, no matter what minimum password length that OU-linked GPO itself specifies; OU- linked Account Policy settings instead affect only the local Security Accounts Manager (SAM) policy of computer objects that live in that OU, governing local (non-domain) accounts on those machines. User1 and User3 are both domain user accounts (in the AADDC Users OU and OU1, respectively), so both are governed solely by whatever minimum password length Default Domain Policy specifies -- not by the AADDC Users GPO or GPO1 ' s own settings -- meaning statements checking against those OU-linked GPOs ' specific thresholds (10 and 13 characters) are false. User2, however, is a local account on Server1, and Server1 ' s computer object resides in the AADDC Computers OU, so the AADDC Computers GPO ' s account policy setting does legitimately govern User2 ' s local password requirement, matching the seven-character threshold in that statement.


                                    NEW QUESTION # 481
                                    ......

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