B.2.3 AZ-800 Domain 3: Manage Virtual Machines and Containers| Answered Reatken 100% Scored - Montgomery County Community College.

B.2.3 AZ-800 Domain 3: Manage Virtual Machines and Containers Date: 10/12/2025, 3:24:49 PM Time Spent: 24:39 Score: 50% Passing Score: 80% 10/12/25, 8:22 PM Individual Response You need to be able to create standard Windows Server containers on a Windows Server 2016 system that is using the Desktop Experience deployment. Which of the following tasks must be completed on the server? (Select two. Each answer is part of the complete solution.) Download and install the Docker engine. Configure the network adapter with a static IP address. Install the Containers feature. Install the Hyper-V role. Install the Docker role. Explanation LabSim for Server Pro 2016, Section 14.2. The system only needs to support Windows Server containers, so you need to do the following: Install the Containers feature on the server. Download and install the Docker engine. If the system also needed to support Hyper-V containers, you would install the Hyper-V role on the server. Docker is not one of the server roles and features options; it is an engine that needs to be downloaded from the Docker website. Servers should normally be configured with a static IP address, but that is not a requirement for Windows containers. Related Content 12.11.1 Windows Server Containers 12.11.2 Container Facts 12.11.3 Create Windows Server Container Images 12.11.4 Create Custom Windows Server Container Images resourcesquestionsq_containers_install_02_ Question 1 10/12/25, 8:22 PM Individual Response You are working in Hyper-V Manager on a system that hosts several Windows Server 2008 R2 virtual machines. You create snapshots of these virtual machines nightly as part of your disaster recovery plan. Users are complaining that they can no longer access the virtual servers. In Hyper-V Manager, they are identified as being in a Paused-Critical state. What should you do? (Select two. Each answer is a part of the overall solution.) Reboot the hypervisor system. Upgrade the virtual machines to Windows Server 2012 R2. Move the snapshot files to the new hard disk. Revert the virtual machines to the most recent snapshot. Install a new physical hard disk in the hypervisor host. Reconfigure the virtual machines to use the new drive as a pass-through disk. Explanation LabSim for Server Pro 2016, Section 6.3. After a virtual machine snapshot has been taken, the base virtual hard disk stops expanding and the snapshot file stores all new data that is written to the disk. Therefore, it is critical that there is adequate physical disk space available in the snapshot storage location. If the available hard disk space falls under 200 MB, all running virtual machines will be paused and marked Paused-Critical. An easy way to fix the issue in this scenario is to install an additional physical hard disk in the hypervisor host and then move the snapshots to the new disk. Upgrading the virtual machines to Windows Server 2012 R2 will not resolve the Paused-Critical state, nor will reverting them to a prior snapshot or rebooting the hypervisor host. When you connect a physical hard disk to a VM, the hard disk is referred to as a pass-through disk. This feature will not resolve the issue in this scenario. Related Content Question 2 10/12/25, 8:22 PM Individual Response resourcesquestionsq_hv_storage_move_snapshot_files_ 10/12/25, 8:22 PM Individual Response You want to create a cluster using two virtual machines. You perform the following steps: Create two virtual machines on the same Hyper-V host. Configure a private virtual switch and connect each VM to it. Install the Windows Server operating system on each VM. Add the Failover Clustering role on each VM. Launch Failover Cluster Manager. Begin the validation process for this configuration by selecting the two VMs as nodes in the cluster. When you run the validation tests, will this configuration pass? No. NIC teaming must be implemented on each VM. No. There is no shared storage device configured for the cluster nodes to use. No. The VMs need to use an external virtual switch to communicate in a cluster. Yes. This configuration is valid for creating a guest cluster. Explanation LabSim for Server Pro 2016, Section 15.7. This configuration will not pass the validation tests. A guest cluster consisting of two or more virtual machines must use shared storage. To use a shared VHDX file in a guest cluster: 1. Create the shared VHDX file. 2. Access the Settings screen for each virtual cluster node. 3. Configure both virtual machines to use the same .vhdx file. 4. Under Advanced Features for the virtual hard disk, mark the Enable virtual hard disk sharing option. Related Content 12.6.6 Deploying a Hyper-V Cluster 12.6.7 Hyper-V Clustering and Migration Facts 12.8.1 Hyper-V Replicas Question 3 10/12/25, 8:22 PM Individual Response 12.8.2 Configure Hyper-V Replication 12.8.3 Prepare Hyper-V Hosts for Failover Cluster 12.8.4 Hyper-V Replication Facts 12.9.1 Configure Guest Clusters 12.9.2 Configure Virtual Machine Monitoring 12.9.3 Enable Node Fairness 12.9.4 Hyper-V High Availability Facts resourcesquestionsq_hv_failover_cluster_ 10/12/25, 8:22 PM Individual Response You are the network administrator for C. You have several virtual machines hosted on a VMware platform. You have installed a new Windows server that has the Hyper-V role installed. You need to migrate the VMware virtual machines to Hyper-V. What should you do? Use the Microsoft Virtual Machine Converter (MVMC) tool. Use the Application Compatibility toolkit (ACT). Use the Microsoft Assessment and Planning (MAP) toolkit. Use the Disk2VHD tool. Explanation LabSim for Server Pro 2016, Section 6.6. You should use the Microsoft Virtual Machine Converter (MVMC) tool. This is a free tool that can be used to convert VMware-based virtual machines and virtual disks to Hyper-V based virtual machines and virtual hard disks. The Microsoft Assessment and Planning (MAP) toolkit can be used to scan a network to determine which machines can be upgraded and/or converted to virtual machines. The Application Compatibility Toolkit (ACT) can be used to assess applications and determine whether they will be compatible with particular versions of the operating system and provides resources to help resolve incompatibility issues. The Disk2VHD tool can be used to convert an operating physical computer into a virtual machine. Related Content 12.1.7 Manage a Hyper-V Deployment 12.1.9 Hyper-V Facts 12.3.1 Create Virtual Hard Disks 12.3.2 Create Differencing Disks 12.3.3 Use Pass-Through Disks Question 4 10/12/25, 8:22 PM Individual Response 12.3.7 Virtual Machine Storage Facts 12.3.8 Create Virtual Hard Disks 12.6.1 Virtual Machine Movement 12.6.2 Manually Move Virtual Machines 12.6.3 Configure a Storage Migration 12.6.4 Virtual Machine Movement Facts 12.6.5 Configure Live and Quick Migrations 12.7.1 VHD Storage 12.7.2 Create and Mount a VHD 12.7.3 Create and Mount a VHD with PowerShell 12.7.4 VHD Facts 12.7.5 Create and Mount a VHD 12.9.1 Configure Guest Clusters resourcesquestionsq_hv_migrate_mvmc_ 10/12/25, 8:22 PM Individual Response You need to create a snapshot of a virtual machine currently running on a Windows Server Hyper-V host. The server was installed using a Server Core installation, so you must do this from the command line within a PowerShell window. Which cmdlet should you use to do this? Export-VM Export-VMSnapshot Dismount-VHD Checkpoint-VM Explanation LabSim for Server Pro 2016, Section 6.2. The Checkpoint-VM cmdlet can be used within a PowerShell window to create a snapshot, or checkpoint, of a virtual machine on a Windows Server Hyper-V host. The Dismount-VHD cmdlet is used to dismount a virtual disk. The Export-VM cmdlet is used to export a virtual machine to a different storage device, such as a removable hard disk. The Export-VMSnapshot cmdlet is used to export a snapshot of a virtual machine to a different storage device, such as a removable hard disk. Related Content 2.3.1 PowerShell Overview 2.3.2 Use PowerShell 2.3.3 Use PowerShell Continued 2.3.4 PowerShell Facts 2.4.5 Manage Windows Server Core with PowerShell 12.2.4 Manage Virtual Machines (Part 1) 12.2.5 Manage Virtual Machines (Part 2) Question 5 10/12/25, 8:22 PM Individual Response 12.2.11 Manage VM with PowerShell and HVC.exe 12.2.13 Virtual Machine Facts resourcesquestionsq_hv_machines_cmdlet_01_ 10/12/25, 8:22 PM Individual Response You want to use Hyper-V to create two virtual machines that each use a common parent installation. Listed below are the steps necessary to complete the configuration. Drag each required step from the list on the left to the spaces on the right. Use only the necessary steps to complete the configuration. Step 1 Create one fixed disk. Step 2 Create the virtual machine(s). Step 3 Install the operating system. Step 4 Create two differencing disks. Make the disk(s) read only. Step 5 Make the disk(s) read only. Create two differencing disks. Step 6 Create the virtual machine(s). Explanation Question 6 10/12/25, 8:22 PM Individual Response To create parent and child virtual machines: 1. Create a single fixed disk. This disk will be used by the parent virtual machine. 2. Create a virtual machine using the fixed disk. 3. Install the operating system. 4. Mark the fixed disk as read only. This should be marked as read only before you create the differencing disks. 5. Create two differencing disks. 6. Create two virtual machines using the differencing disks. You do not need to install the operating system or integration services on the child machines, as they will use the installation from the parent machine. Related Content LabSim for Server Pro 2016, Section 6.3. resourcesquestionsq_hv_storage_common_parent_vhd_steps_ 10/12/25, 8:22 PM Individual Response You are configuring a new external virtual switch in your Hyper-V host. You want the virtual machines running on the host to be able to use the physical network adapter installed in the system instead of virtual network interfaces. Click the option you would use to configure the virtual switch in this manner. Explanation The Enable single-root I/O virtualization (SR-IOV) option allows virtual machines to directly use the network adapter specified. In this example, virtual machines would load drivers for and use the Broadcom NetXtreme 57xx Gigabit Controller installed in the hypervisor host instead of a virtual network adapter. The External network drop-down list is used to select a physical network adapter to be used by the virtual switch. The Allow host OS to share the network adapter prevents the physical host from using the adapter used by the virtual switch. Selecting Private network isolates the virtual switch from the physical network. Related Content 12.4.3 Add Virtual Network Adapters 12.4.4 Configure Network Isolation 12.4.5 Virtual Network Facts 12.5.1 Virtual Network Optimization 12.5.2 Optimize Virtual Network Performance 12.5.3 Manage Virtual Network Bandwidth Question 7 10/12/25, 8:22 PM Individual Response 12.5.5 Virtual Network Optimization Facts resourcesquestionsq_hv_network_external_03_ 10/12/25, 8:22 PM Individual Response Which of the following settings allows network traffic received on the virtual network adapter to be distributed across multiple CPU cores? Virtual Machine Queue (VMQ) NIC Teaming Bandwidth management Trunking Explanation The Virtual Machine Queue (VMQ) setting allows network traffic received on the virtual network adapter to be distributed across multiple CPU cores. NIC Teaming allows virtual network adapters in a VM to be grouped together into a team. Trunking allows a machine to see traffic from multiple VLANs. Bandwidth management lets you configure the amount of bandwidth used by virtual network adapters. Related Content 4.10.1 NIC Teaming 4.10.2 Configure NIC Teaming 4.10.3 NIC Teaming Facts 4.10.4 Configure NIC Teaming 12.5.1 Virtual Network Optimization 12.5.2 Optimize Virtual Network Performance 12.5.3 Manage Virtual Network Bandwidth 12.5.4 Configure Virtual NIC Teaming 12.5.5 Virtual Network Optimization Facts resourcesquestionsq_hv_optimize_vmq_ Question 8 10/12/25, 8:22 PM Individual Response You are creating a DSC configuration that will be used to install the IIS Web server on various servers on the network. In the script below, click the line that installs the Web Server role on the target server. Explanation In the script shown in this scenario, the WindowsFeature line is used to specify which DSC provider should be used. In this case, WindowsFeature is used to install the IIS role on the target server. The keyword Configuration defines a new DSC configuration and creates a consumable MOF file. The keyword param defines a variable that can be populated from the command-line when the configuration is called in a script. The keyword Node specifies the target system the DSC configuration will be applied to. Related Content 2.3.1 PowerShell Overview 2.3.2 Use PowerShell 2.3.3 Use PowerShell Continued 2.3.4 PowerShell Facts 2.4.5 Manage Windows Server Core with PowerShell Question 9 10/12/25, 8:22 PM Individual Response 12.2.4 Manage Virtual Machines (Part 1) 12.2.5 Manage Virtual Machines (Part 2) 12.2.11 Manage VM with PowerShell and HVC.exe 12.2.13 Virtual Machine Facts resourcesquestionsq_powershell_windowsfeature_ 10/12/25, 8:22 PM Individual Response During which migration type can be the migration be planned or unplanned? Quick migration Drain on shutdown Storage migration Live migration Explanation During the live migration, ownership of the clustered virtual machine is moved to another node without pausing the role. Live migrations can be planned or unplanned. During a quick migration, the virtual machine is paused, the state is saved, the role is moved to another node, and the virtual machine is started on the other node. Using drain on shutdown with Windows Server 2012 R2 and later — if you shut down a HyperV cluster node without first putting the node into maintenance mode, the cluster will automatically perform a live migration of all running virtual machines to another cluster node before the system shuts down. During storage migration, you move only the virtual machine data to other clustered storage while the virtual machine is still running. Related Content 12.6.6 Deploying a Hyper-V Cluster 12.6.7 Hyper-V Clustering and Migration Facts 12.8.1 Hyper-V Replicas 12.8.2 Configure Hyper-V Replication 12.8.3 Prepare Hyper-V Hosts for Failover Cluster 12.8.4 Hyper-V Replication Facts 12.9.1 Configure Guest Clusters 12.9.2 Configure Virtual Machine Monitoring 12.9.3 Enable Node Fairness Question 10 10/12/25, 8:22 PM Individual Response 12.9.4 Hyper-V High Availability Facts resourcesquestionsq_hyper_clustering_live_ 10/12/25, 8:22 PM Individual Response Which of the following are examples of Type 2 hypervisors? (Select two.) Microsoft Hyper-V Citrix Hypervisor VMware Workstation Linux KVM Oracle VM Oracle VirtualBox VMware vSphere Explanation Examples of type 2 hypervisors are VMware Workstation and Oracle VirtualBox. Examples of type 1 hypervisors include VMware vSphere, Microsoft Hyper-V, Linux KVM, Citrix Hypervisor, Xen, and Oracle VM. These are enterprise-class hypervisors for serious, large-scale virtualization deployments, that provide an array of management tools and feature-rich benefits. Related Content 12.1.1 Virtualization Overview 12.1.2 Workload Assessment with MAP 12.1.3 Virtualization Facts 12.1.4 Hyper-V 12.1.5 Install and Configure Hyper-V 12.1.6 Install Hyper-V Management Tools 12.1.7 Manage a Hyper-V Deployment 12.1.9 Hyper-V Facts 12.2.1 Create Windows Virtual Machines 12.2.3 Create Linux Virtual Machines Question 11 10/12/25, 8:22 PM Individual Response 12.2.4 Manage Virtual Machines (Part 1) 12.2.5 Manage Virtual Machines (Part 2) 12.2.12 Upgrade Legacy Virtual Machines 12.2.13 Virtual Machine Facts 12.2.14 Create Virtual Machines 12.3.9 Create a Parent Virtual Machine 12.3.10 Create Child Virtual Machines 12.4.7 Prepare a Production Virtual Machine 12.10.2 Manage Data Disks Facts resourcesquestionsq_hv_req_type2_ 10/12/25, 8:22 PM Individual Response Which of the following Azure VM types is ideal for web servers with medium traffic? Memory-optimized Compute-optimized General purpose Confidential computing Explanation The compute-optimized option provides a high CPU-to-memory ratio, which is ideal for web servers with medium traffic. The general purpose (aka confidential computing) option provides a balanced CPU-to-memory ratio. The memory-optimized option provides a high memory-to-CPU ratio. Related Content 12.10.1 Manage Azure Virtual Machines That Run Windows Server 12.10.3 Resize Azure Virtual Machines 12.10.4 Resize Azure Virtual Machines Facts resourcesquestionsq_az_resize_vm_computer_optimized_ Question 12 10/12/25, 8:22 PM Individual Response You have a Hyper-V host configured with four physical network adapters that are assigned to a virtual switch used by a virtual machine. The virtual machine is configured with 8 GB of system RAM, a 1 TB virtual hard disk file, and four virtual network adapters. You want to implement NIC Teaming on the host to provide load balancing and failover. What should you do? Increase the size of the virtual disk file to 2 TB (or more). Reconfigure the virtual machine with 16 GB (or more) of system RAM. Increase the number of virtual NICs in the team to five. Configure NIC Teaming on the host using a pair (2) of physical network adapters. Explanation Hyper-V supports only two physical network adapters in a NIC team. In this scenario, two of the four virtual adapters can be included in the team. [LabSim for Server Pro 2016, Section 6.5] The RAM and hard disk file sizes specified in this scenario are adequate for NIC Teaming. Related Content 4.10.1 NIC Teaming 4.10.2 Configure NIC Teaming 4.10.3 NIC Teaming Facts 4.10.4 Configure NIC Teaming 12.5.1 Virtual Network Optimization 12.5.2 Optimize Virtual Network Performance 12.5.3 Manage Virtual Network Bandwidth 12.5.4 Configure Virtual NIC Teaming 12.5.5 Virtual Network Optimization Facts Question 13 10/12/25, 8:22 PM Individual Response resourcesquestionsq_hv_optimize_reduce_nics_ 10/12/25, 8:22 PM Individual Response You are configuring NIC Teaming on a Windows Server system using two physical network adapters. You want to aggregate the bandwidth of both network adapters to provide better throughput. Both adapters are connected to the same network switch. You decide to manually identify the links forming the team on both the switch and the server. Click the option under Additional properties in the NIC Teaming window that must be selected to configure this team. Explanation Switch-dependent static teaming requires all network adapters to be connected to the same network switch. It also requires that the links forming the team be identified on the switch and the computer. In this configuration, the bandwidth of both adapters will be aggregated, providing improved throughput. Dynamic mode requires all network adapters to be connected to the same switch. However, it uses the Link Aggregation Control Protocol (LACP) to identify the links that form the team. Switch-independent mode requires that each adapter be connected to a different switch. Related Content 4.10.1 NIC Teaming 4.10.2 Configure NIC Teaming 4.10.3 NIC Teaming Facts 4.10.4 Configure NIC Teaming 12.5.1 Virtual Network Optimization 12.5.2 Optimize Virtual Network Performance 12.5.3 Manage Virtual Network Bandwidth 12.5.4 Configure Virtual NIC Teaming Question 14 10/12/25, 8:22 PM Individual Response 12.5.5 Virtual Network Optimization Facts resourcesquestionsq_nic_teaming_static_ 10/12/25, 8:22 PM Individual Response The sales department in your organization needs you to deploy a new web-based contact management application for them. The application runs on Windows Server 2012. You don't have a budget for new hardware, but you do have unused licenses available for this operating system. You decide to create a new virtual machine on an existing Windows Server 2016 Hyper-V host in your network. You created the virtual machine as follows: Generation 1 virtual machine 200 GB virtual IDE hard disk (VHDX) for the system volume 1 TB virtual SCSI hard disk (VHDX) for application data IDE virtual optical drive Windows Server 2012 After several months in production, you decide that you would like to implement the Secure Boot feature in the virtual machine. You know this feature is only available on Generation 2 virtual machines, so you decide to upgrade the virtual machine and then implement the new feature. Will this configuration work? No. Generation 2 virtual machines only support Windows Server 2012 R2 or Windows 8.1 as the guest operating system. Yes. This configuration meets all requirements. No. Generation 2 virtual machines do not support VHDX virtual disk files. No. You cannot change the generation of a virtual machine after it has been created. No. The system (boot) drive must be a SCSI virtual disk in a Generation 2 virtual machine. Explanation LabSim for Server Pro 2016, Section 6.2. You cannot change the generation of a virtual machine once it has been created. In this scenario, a new Generation 2 virtual machine would need to be created. Then the application and its data would need to be migrated from the original virtual machine to the new virtual machine. Question 15 10/12/25, 8:22 PM Individual Response Related Content 12.1.1 Virtualization Overview 12.1.2 Workload Assessment with MAP 12.1.3 Virtualization Facts 12.1.4 Hyper-V 12.1.5 Install and Configure Hyper-V 12.1.6 Install Hyper-V Management Tools 12.1.7 Manage a Hyper-V Deployment 12.1.9 Hyper-V Facts 12.2.1 Create Windows Virtual Machines 12.2.3 Create Linux Virtual Machines 12.2.4 Manage Virtual Machines (Part 1) 12.2.5 Manage Virtual Machines (Part 2) 12.2.12 Upgrade Legacy Virtual Machines 12.2.13 Virtual Machine Facts 12.2.14 Create Virtual Machines 12.3.9 Create a Parent Virtual Machine 12.3.10 Create Child Virtual Machines 12.4.7 Prepare a Production Virtual Machine 12.10.2 Manage Data Disks Facts resourcesquestionsq_hv_machines_generations_ 10/12/25, 8:22 PM Individual Response You need to be able to access a partner organization's network using a VPN connection from within a Windows virtual machine running on a Windows server. However, the VPN connection requires a smart card for authentication. In order to connect, you need to redirect the smart card from the local physical hardware to the virtual machine. Click the option in the Hyper-V settings on the server you can use to enable this. Explanation Enhanced Session mode allows you to redirect local resources to a virtual machine session. In Enhanced Session mode, you can redirect resources using a Remote Desktop Connection session using the virtual machine bus, eliminating the need for a network connection. Resources you can redirect to the virtual machine include: Smart cards Clipboard USB devices Audio Printers To enable Enhanced Session mode, right-click the server in Hyper-V Manager, click Hyper-V Settings, and then select Allow enhanced session mode under Enhanced Session Mode Policy. Related Content 12.1.1 Virtualization Overview 12.1.2 Workload Assessment with MAP Question 16 10/12/25, 8:22 PM Individual Response 12.1.3 Virtualization Facts 12.1.4 Hyper-V 12.1.5 Install and Configure Hyper-V 12.1.6 Install Hyper-V Management Tools 12.1.7 Manage a Hyper-V Deployment 12.1.9 Hyper-V Facts 12.2.1 Create Windows Virtual Machines 12.2.3 Create Linux Virtual Machines 12.2.4 Manage Virtual Machines (Part 1) 12.2.5 Manage Virtual Machines (Part 2) 12.2.12 Upgrade Legacy Virtual Machines 12.2.13 Virtual Machine Facts 12.2.14 Create Virtual Machines 12.3.9 Create a Parent Virtual Machine 12.3.10 Create Child Virtual Machines 12.4.7 Prepare a Production Virtual Machine 12.10.2 Manage Data Disks Facts resourcesquestionsq_hv_machines_enhanced_ 10/12/25, 8:22 PM Individual Response Which report includes SQL Server, SharePoint Server, and Exchange Server? Microsoft workload discovery report Server consolidation report VMware discover report Cloud migration reports Explanation The Microsoft workload discovery report identifies workloads that could be easily deployed on the network as virtual machines running on top of Hyper-V. These workloads include: SQL Server. SharePoint Server. Exchange Server. The server consolidation report provides a detailed inventory of all the Windows and Linux servers on the network and the potential efficiency that would be gained by consolidating them into fewer physical servers using Hyper-V. The VMware discover report identifies those servers that have already been virtualized, but are running on the VMware hypervisor instead of the Hyper-V hypervisor. The Cloud migration reports show which systems and services would benefit the most from moving off of physical machines and into the cloud. Related Content 12.1.1 Virtualization Overview 12.1.2 Workload Assessment with MAP 12.1.3 Virtualization Facts 12.1.4 Hyper-V 12.1.5 Install and Configure Hyper-V 12.1.6 Install Hyper-V Management Tools 12.1.7 Manage a Hyper-V Deployment Question 17 10/12/25, 8:22 PM Individual Response 12.1.9 Hyper-V Facts 12.2.1 Create Windows Virtual Machines 12.2.3 Create Linux Virtual Machines 12.2.4 Manage Virtual Machines (Part 1) 12.2.5 Manage Virtual Machines (Part 2) 12.2.12 Upgrade Legacy Virtual Machines 12.2.13 Virtual Machine Facts 12.2.14 Create Virtual Machines 12.3.9 Create a Parent Virtual Machine 12.3.10 Create Child Virtual Machines 12.4.7 Prepare a Production Virtual Machine 12.10.2 Manage Data Disks Facts resourcesquestionsq_hv_plan_reports_ 10/12/25, 8:22 PM Individual Response Put the continuous delivery and continuous integration workflow in the order. Step 1: Azure Monitor collects data in the form of logs and metrics. Azure Pipelines i automatic triggered t build and test new jobs. Step 2: Azure Pipelines is automatically triggered to build and test new jobs. VM application push to th VM Registry. Step 3: Azure DevTest Labs manages the application deployment and test environment. Step 4: VM applications push to the VM Registry. Applicatio changes a deployed t the production environme Step 5: Application changes are deployed to the production environment. Azure Monitor collects data in the form of Question 18 10/12/25, 8:22 PM Individual Response logs and metrics. Explanation The CD and CI workflow proceeds as follows: 1. Azure Pipelines is automatically triggered to build and test new jobs. 2. VM applications push to the VM Registry. 3. Azure DevTest Labs manages the application deployment and test environment. 4. Application changes are deployed to the production environment. 5. Azure Monitor collects data in the form of logs and metrics. Related Content 12.10.1 Manage Azure Virtual Machines That Run Windows Server 12.10.5 Configure Continuous Delivery for Azure Virtual Machines 12.10.6 Configure Continuous Delivery for Azure Virtual Machines Facts resourcesquestionsq_az_delivery_vm_workflow_ 10/12/25, 8:22 PM Individual Response Which of the following lets you measure virtual adapter traffic sent to or received from a specified address range? IPsecTO Single root I/O virtualization Meter Port ACLs Port Access Control Lists (ACLs) Explanation Meter Port ACLs lets you measure virtual adapter traffic sent to or received from a specified address range. IPsecTO allows the security associations (SAs) used by IPsec to be processed by the physical network adapter. Single root I/O virtualization works in conjunction with the host system's motherboard chipset to enhance support for virtualization by allowing the physical network adapter in the system to work directly with the virtual machine. Port Access Control Lists (ACLs) establish rules applied to a Hyper-V switch port that determine if a packet is allowed into or out of a VM. Related Content 4.10.1 NIC Teaming 4.10.2 Configure NIC Teaming 4.10.3 NIC Teaming Facts 4.10.4 Configure NIC Teaming 12.5.1 Virtual Network Optimization 12.5.2 Optimize Virtual Network Performance 12.5.3 Manage Virtual Network Bandwidth 12.5.4 Configure Virtual NIC Teaming 12.5.5 Virtual Network Optimization Facts Question 19 10/12/25, 8:22 PM Individual Response resourcesquestionsq_hv_optimize_meter_port_ 10/12/25, 8:22 PM Individual Response When you originally deployed the AccServer virtual machine on your Windows Server 2012 R2 hypervisor, it stored accounting data from all departments in your organization and required a very large virtual disk. However, as your organization has grown, additional department-specific accounting servers have been deployed and much of the data that used to be stored on AccServer has migrated to them. Because the virtual hard disk file for the AccServer virtual machine is set to grow dynamically, the unused space in the file can be reclaimed on the physical hard drive in the Windows server. Click the option you would use in the Edit Virtual Hard Disk wizard to accomplish this without reducing the overall storage capacity of the virtual hard disk. Explanation A virtual hard disk file that is configured to grow dynamically will increase in size as more space is required by the virtual machine. However, once physical disk blocks are allocated, a disk file does not reduce in size when data is deleted. To reduce the size of the disk file, you can use the Compact option in the Edit Virtual Hard Disk wizard. This reduces the size of the disk file without reducing the capacity of the virtual hard disk. The Convert option is used to convert an existing virtual hard disk to a new virtual hard disk using a different type and format. The Expand option expands the capacity of the virtual hard disk. The Shrink option reduces the overall storage capacity of the virtual hard disk itself. Question 20 10/12/25, 8:22 PM Individual Response Related Content 12.1.7 Manage a Hyper-V Deployment 12.1.9 Hyper-V Facts 12.3.1 Create Virtual Hard Disks 12.3.2 Create Differencing Disks 12.3.3 Use Pass-Through Disks 12.3.7 Virtual Machine Storage Facts 12.3.8 Create Virtual Hard Disks 12.6.1 Virtual Machine Movement 12.6.2 Manually Move Virtual Machines 12.6.3 Configure a Storage Migration 12.6.4 Virtual Machine Movement Facts 12.6.5 Configure Live and Quick Migrations 12.7.1 VHD Storage 12.7.2 Create and Mount a VHD 12.7.3 Create and Mount a VHD with PowerShell 12.7.4 VHD Facts 12.7.5 Create and Mount a VHD 12.9.1 Configure Guest Clusters resourcesquestionsq_hv_storage_compact_option_ 10/12/25, 8:22 PM Individual Response