Installation and Configuration

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You are creating a DSC configuration that will be used to install the IIS Web server on various servers on the network. Click the line in the script below that creates a consumable MOF file

001 Configuration AddIIS

You are creating a DSC configuration that will be used to install the IIS Web server on various servers on the network. Click the line in the script below that installs the Web server role on that target server.

007 WindowsFeature IIS

The Marketing group in your organization is planning a new campaign that will involve extensive use of online videos. Development of these video will consume a significant amount of storage on the Window Server 2012 R2 system that you manage. To meet their needs, you plan to implement a new storage pool on the server using the following parameters: * Three way mirroring will be used for redundancy. * Write back caching will be used to optimize performance. * Tiering will be used to ensure the most important files are stored on the fastest storage devices. What is the minimum number of SSD drives that should be used in the pool?

The Srv7 server has a single 500 GB hard disk installed. A single volume named system uses all 100 GB on the disk and holds the operating system and system files. You need to configure disk storage as follows: * You want to create a second volume named Data that is 1 TB in size * You want to add fault tolerance to both volumes the System and the Data volumes * If possible, you want both volumes to provide increased performance You will add additional 1 Tb hard disks to the system as necessary to meet these goals. You want to add the minimum number of hard disks. How many disks should you add?

You need to create a storage space on a Windows Server 2012 R2 system that will store files used by the Research and Development employees in your organization. Because the data stored in the storage space is vital to the success of your organization, you decide to use three-way mirroring to provide redundancy for the storage space. To enhance redundancy, you decide to use the enclosure awareness feature of Windows Server 2012 R2 to mirror data between multiple storage enclosures. Because of the critical nature of the data, you need to storage space to be able to tolerate up to two failed enclosures. How many compatible storage enclosures will be required to meet these design requirements?

You need to install a feature on your Windows Server 2012 R2 system. However, the feature files were removed at some point in the past and are currently unavailable. Where can Features on Demand retrieve the required feature files from?

A shared folder on the network where the feature files have been copied The Windows Server 2012 R2 installation media

You are using Server Manager on a Windows Server 2012 R2 system named CorpServer. You need to add .NET Framework 3.5 Features to a remote server named ResServ. ResServ has already been added to the server pool in Server Manager. Click the option you would use in Server Manager to do this.

Add roles and features

Srv7 currently has a single hard disk. The System volume takes up the entire hard disk. You need to create a new volume named Data for storing files used by application running on the server. You want the new volume to optimize performance. Fault tolerance is not needed for this volume. What should you do?

Add two hard disks. Convert both disks to dynamic. Create a new striped volume using both disks.

Your Windows Server 2012 R2 system has a 596 GB storage virtual disk that is shared with network users. The virtual disk was created from a storage pool composed of three 500 GB SATA hard disks. The virtual disk use parity for resiliency. The virtual disk is nearly out of free space. Marketing recently informed you that it will be conducting a new campaign that will require a large amount of data to be stored on the virtual disk. You need to add capacity to the virtual disk as quickly as possible with the least amount of administrative effort. What should you do?

Allocate available space to the pool and virtual disk Install an additional hard disk drive in the system

The Srv8 server has Windows Server 2012 R2 Standard edition installed. The server currently has the disk configuration as shown in the image. you would like to add fault tolerance and improve performance for the Data volume. What should you do?

Back up the Data volume. Delete the existing Data volume. Convert all disks to dynamic disks. Create a RAID-5 volume using the three hard disks. Restore the Data volume to the new volume

The Srv12 server has Windows Server 2012 R2 Standard edition installed. The server currently has the disk configuration as shown in the image. The System volume is running out of space. You have already tried moving everything non essential from the System volume to the Data volume, but several applications must be installed on the System volume and cannot be moved. You need to add space to the System volume. What should you do?

Create a new volume on Disk 1 and mount the volume to an empty folder on the System volume

You are planning a storage solution for a new Windows Server 2012 R2 server. The server will be used for file and print services as a database server. The new server has five hard disks, all with equal capacity. Your storage solution should meet the following requirements: * System files should be on a volume separate from data files. * All volumes should be protected so that the server can continue to run in the event of a failure of one of the disks. * The data volume should be optimized for improved disk access times. * You will use Windows Disk Management to create and manage the volumes.

Create a mirrored volume using two disks for the system volume and a Raid-5 volume using three disks for the data volume.

You manage a Windows Server 2012 R2 system with four 1 TB SCSI hard disks installed. The first hard disk contains the system volume, which uses the entire drive. You want to implement a virtual disk using a storage pool on the system that meets the following criteria: * You need to create one pool on the system that uses all available space in the system. * You need to create four separate 9=800 GB virtual disks. * Each virtual disk must use parity for resiliency. You need to accomplish this by using the least amount of hardware and administrative effort as possible. What should you do?

Create the virtual disks using the hard disks currently installed

You are preparing to install Windows Server 2012 R2 on a new server. The server has the following hardware: *4 TB Ram *8 64-bit Intel-VT processor *1 TB mirrored hard disk for the system partition You will install Hyper-V on the server and create seven virtual servers, with each server running Windows Server 2012 R2. Which Windows Server 2012 R2 edition should you install?

Datacenter edition

You are preparing to install Windows Server 2012 R2 on a new server. The server has the following hardware: *32 GB Ram *One quad-core Intel-VT processor *100 GB mirrored hard disk for the system partition You will use this server for the DHCP sever role and configure the server in a failover cluster with two nodes. You want to select the minimum Windows Server 2012 R2 edition to support the required roles. Which editions could you install? (Select two)

Datacenter edition Standard edition

Which NIC Teaming configuration option uses the IEEE 802.1ax Link Aggregation Control Protocol (LACP) to identify the links that form the team?

Dynamic teaming

You are preparing to install Windows Server 2012 R2 on a new server. The server has the following hardware: *64 GB Ram *One quad-core Intel-VT 64-bit processor *100 GB mirrored hard disk for the system partition You will use the server for the following server roles: * DNS Server * DHCP Server You want to select the minimum Windows Server 2012 R2 edition to support the required roles and hardware. Which edition should you install?

Essentials edition

To save disk space on your Windows Server 2012 R2 system, you decide to remove unneeded roles and features. Which Windows feature can you use to do this?

Features on Demand

You need to add a feature to a Windows Server 2012 R2 system. However, the required feature files are not available on the computer. Drag the locations on the left to the order on the right in which Features on Demand will search for the missing feature files

First - Search locations manually specified in the Add Roles and Features wizard Second - Search a path specified in Group Policy. Third - Search Windows Update

You are preparing to install Windows Server 2012 R2 on a new server. The server has the following hardware: *32 GB Ram *One quad-core Intel-VT 64-bit processor *100 GB mirrored hard disk for the system partition You will use the server for the following server roles: * File and Storage Services * Print and Document Services You want to select the minimum Windows Server 2012 R2 edition to support the required roles and hardware. Which edition should you install?

Foundation edition

You are configuring NIC Teaming on a Windows Server 2012 R2 system using two physical network adapters in the system. You want the new team to aggregate the throughput of both network adapters to increase performance. You want to configure the team such that all packets from the same stream are sent to the same network adapter in the team. Click the option under Additional properties in the NIC Teaming window you would use to configure to the team function in this way.

Hyper-V Port

The company's CIO has asked you to consolidate the services and servers to span four member servers. The two additional member servers, CORP05 and CORP6 will be reconfigured and shipped to a remote office. Each of the six member servers contains two disks configured as dynamic. You need to relocate the second disk from CORP05 and CORP06 to CORP03 and CORP04, to retain the stored user data. You have removed the second disk from CORP05 and CORP06 using Device Manager. You added the disks to CORP03 and CORP04. What should you do next?

Import the disks

Your server has a SATA hard disk connected to the SATA0 connector on the motherboard. The Windows Server 2012 R2 operating system has been installed on this disk. The system volume on this disk uses the entire drive. The computer also has two additional SATA hard disks installed. One is connected to the SATA3 connector and the other to the SATA5 connector on the motherboard. You want to create a virtual disk using a storage pool in this system that uses parity for resiliency. What should you do?

Install an additional hard disk in the system.

You are getting ready to install a new Windows Server 2012 R2 server as a file and print server. You would like to implement a storage solution for the new data volume remains available in the event of a single disk or disk controller failure. If possible, you would also like to improve disk access performance. How should you configure the data volume?

Install three hard disks, each on a different controller. Create a RAID-5 volume

Your server has a SATA hard disk connected to the SATA0 connector on the motherboard. The Windows Server 2012 R2 operating system has been installed on this disk. The system volume on this disk uses the entire drive. The computer also has two additional SATA hard disks installed. One is connected to the SATA3 connector and the other to the SATA5 connector on the motherboard. You want to create a virtual disk using a storage pool in this system. Because reliability is paramount for this system, you want to use a mirrored layout that allows the virtual disk to be able to survive two simultaneous disk failures in the pool. What should you do?

Install two additional hard disks in the system

You are getting ready to install a new Windows Server 2012 R2 server as a domain controller. You would like to implement a storage solution for the new server such that the system volume remains available in the event of a single disk or disk controller failure. If possible, you would also like to improve disk access performance. What should you do?

Install two hard disks, each on a different disk controller. Create a RAID-1 volume for the system volume.

The Srv 8 server has Windows Server 2012 R2 Standard edition installed. The server currently has the disk configuration as shown in the image. You convert all disks to dynamic disks. If possible, you would like to add fault tolerance and improve performance for the Data volume. What should you do?

Mirror the existing volume using Disk 1

You need to create a storage space on a Windows Server 2012 R2 system that will store files used by the Research and Development employees in your organization. During the product development process, many files stored in the storage space will be accessed frequently. Disk performance is critical for these files. However, an archive of files used for previous designs will also be stored on the same storage space. This archive is very large, but will be accessed infrequently. To accommodate these requirements, you decide to implement tiering within a mirrored storage space. You plan to do the following: * Install four SSDs and eight HDDs in the server. * Create a storage pool using all of the space on all 12 drives. * Create a new virtual disk from the space in the pool with storage tiers and thin provisioning enabled. * Create an NTFS volume on the virtual disks. Will this configuration work?

No, tiering requires that virtual disks use fixed provisioning

You are configuring NIC Teaming on a Windows Server 2012 R2 system using two physical network adapters. Each network adapter is connected to a different network switch. You want to configure the team to provide both load balancing and failover protection. You want the day-to-day network load to be balanced between the first three network interfaces. You want to use the fourth network adapter as a failover adapter such that if one of the other adapters in the team fails, it can immediately take over. Click the option under Additional properties in the NIC Teaming window that must be modified to implement this configuration.

None (all adapters Active)

You need to manage a Windows Server 2012 R2 system named ResServ using Server Manager on a different Windows Server 2012 R2 system named CorpServer. CorpServer is a domain controller in the westsim.com domain. However, ResServ has not been joined to the domain and is instead a member of the CORPWKGRP workgroup. Both ResServ and CorpServer reside on the same subnet. You've added ResServer to the TrustedHosts list and to the Server Pool on CorpServer. You need to configure the firewall on ResServ to allow Server Manager traffic through. What should you do?

Nothing

Open PowerShell on CorpServer and enter Set-Item wsman:\localhost\Client\TrustedHosts ResServ -Concatenate -Force.

Your Windows Server 2012 R2 system was initially installed using a Server Core installation. Since that time, the role the server plays in your network has changed and it now requires the functionality of a Minimal Server installation. What should you do?

Open PowerShell on the server and enter Install-WindowsFeature Server-Gui-Mgm-Infra

Your Windows Server 2012 R2 system was initially installed using a Minimal Server installation. Since that time, the role the server plays in your network has changed and it now requires the functionality of a Full Server installation. What should you do?

Open PowerShell on the server and enter Install-WindowsFeature Server-Gui-Shell

Your Windows Server 2012 R2 system was initially installed using a Full Server installation. Since that time, the role the server plays in your network has changed and it now requires the functionality of a Server Core installation. What should you do?

Open PowerShell on the server and enter Uninstall-WindowsFeature Server-Gui-Mgm-Infra

You are creating a virtual disk on a Windows Server 2012 R2 system You've installed three 1 TB hard disks in the system and added them to the storage pool where the virtual disk is being created. You want the virtual disk to strip data across all three disks and utilize the maximum amount of storage capacity possible from the storage pool. Click the option you would use in the New Virtual Disk Wizard to do this

Simple

You need to increase the size of the storage pool named Pool1 by adding PhysicalDisk4 to the pool. PhysicalDisk4 currently resides in the Primordial pool. Click the option you would use in Storage Manger to do this.

Pool1 Storage Pool ResServ ResServ ResServ

You are considering implementing NIC Teaming in a Windows Server 2012 R2 virtual machine running on a Hyper-V hypervisor. 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 use all of the network adapters in the team to provide load balancing and failover. What should you do?

Reduce the number of virtual NICs in the team to two

You created a .vhdx file on your CorpServer system that contains a Windows Server 2012 R2 installation. You've launched the Add Roles and Features Wizard so you can install the DNS Server role on the server installation in the .vhdx file Click on the option you would use int he Wizard to do this.

Select a virtual hard disk

Your Windows Server 2012 R2 system was initially installed as a full server with a graphical user interface (GUI). However, your organization's new security policy dictates that this server must not include a GUI. You decide to convert the system to a Server Core installation. You've launched the Remove Roles and Features Wizard. Which features must be removed from the system to do this?

Server Graphical Shell Graphical Management Tools and Infrastructure

You are preparing to install Windows Server 2012 R2 on a new server. The server has the following hardware: * 2 TB Ram *16 64-bit Intel-VT processors *10 GB mirrored hard disk for the system partition You will use the server for the following server roles: * File and Storage Services * Print and Document Services * Windows Deployment Services You want to select the minimum Windows Server 2012 R2 edition to support the required roles and hardware. Which edition should you install?

Standard edition

You are configuring NIC Teaming on a Windows Server 2012 R2 system using two physical network adapters in the system. You want the new team to provide fault tolerance. To accomplish this, the two network adapters are each connected to separate network switches. Should the network switch or the network adapter connected to it fail, you want the second network adapter to immediately take over. Click the option under Additional properties in the NIC Teaming window you need to select to implement this configuration.

Static Teaming

You are configuring NIC Teaming on a Windows Server 2012 R2 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

Static Teaming

You are configuring NIC Teaming on a Windows Server 2012 R2 system using two physical network adapters in the system. You want to increase the availability of the system by configuring one of the adapters as a primary adapter and the other as a standby adapter. Each adapter is connected to a different network switch. Click the option under Additional properties in the NIC Teaming window that must be selected to configure this team

Switch Independent

You are configuring NIC Teaming on a Windows Server 2012 R2 system using two physical network adapters in the system. You want the new team to aggregate the throughput of both network adapters to increase performance. Your IP network is divided into several VLANs. You need to specify which VLAN the new NIC team will be a member of. Click the option under Additional properties in the NIC Teaming window you need to select to do this.

Team 1; Default VLAN

The Research and Develop group in your organization is designing a new product. Development of this product will require a significant amount of storage on the Windows Server 2012 R2 system that you manage. To meet their needs, you plan to implement a new storage pool on the server using the following parameters: * Two way mirroring will be used for redundancy. Write back caching will be used to optimize performance * Tiering will be used to ensure the most important files are stored on the fastest storage devices. You create the storage pool, virtual disk, and volume. However, when you view the properties of the volume in Storage Manager, you see the screen shown in the exhibit. What problem exists in this configuration?

There are not enough SSD drives in the pool to support write back caching

You have a base Windows Server 2012 R2 image contained in an image file name server2012.wim. You have mounted the image file in c:\mount. You frequently use Remote Desktop to remotely manage deployed servers in your organization, so you have decided to add this feature (Remote-Desktop-Services) to you base server image. What command should you use to do this?

dism /image:c:\mount /enable-feature /featurename:Remote-Desktop-Services

dism /unmount-image /mountdir:c:\mount /commit

Which PowerShell comman would you use to get help for a particular cmdlet?

get-help cmdletname

You are managing a Windows Server 2012 R2 server. You type the PowerShell verb new followed by a dash (new -). At this point, you are not sure which options this command supports. Which key(s) can you press to cycle through the available options?

Installation and Configuration

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