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Question 1.
You want to upgrade a Windows NT Server 4.0 computer named Server34 to Windows 2000 Server. Server34 is a member server in a Windows 2000 domain named marketing.fabrikam.local. The domain runs in native mode. You want to change the role of Server 34 from a member server to a domain controller in the same domain. What should you do? (Choose two.)
A. Reinstall Windows NT Server 4.0 on Server 34 in the same WINNT folder, and make Server 34 a BDC in the marketing domain.
B. Use Server Manager on Server34 and promote Server34 to a PDC for the marketing domain.
C. Upgrade Server34 to Windows 2000 Server.
D. Run the Active Directory Installation wizard to make Server34 a domain controller in the marketing.fabrikam.local domain.
E. Run the Active Directory Installation wizard to convert Server34 to a domain controller in the fabrikam.local domain.
Answer: C & D
Explanation:
Upgrading and Installing Member Servers
Member servers provide file, print, Web, application, and communication services. Member servers are not domain controllers; however, each member server retains an account in the domain. You can upgrade your existing member servers to Microsoft® Windows® 2000 Server or install new member servers as the first phase in your Windows 2000 Server deployment. This allows you to benefit from Windows 2000 Server features even before you deploy the Active Directory™ directory service. A server within a domain can function in one of two roles: either as a domain controller or a member server. As the needs of your computing environment change, you might want to change the role of a server. Using the Active Directory Installation wizard, you can promote a member server to a domain controller, or you can demote a domain controller to a member server.
Question 2.
You plan to install Windows 2000 Server on 10 new computers on your company’s network. These servers will provide file and print services to departments within the company. The computers have identical hardware and will use the same software configuration.
You plan to use a centralized copy of the Windows 2000 installation files, which are stored on an existing Windows 2000 Server computer.
Which three actions should you take to install Windows 2000 Server on the new computers? (Choose three.)
A. Create a set of installation boot disks by using Makeboot .exe.
B. Create an MS-DOS network boot disk.
C. Create and Unattene.txt file by using Setup Manager.
Create a UDF file that identifies the names of the new computers.
D. Create a UDF files by using Setup Manager.
Create an Unatten.txt file that indentifies the names of the new computers.
E. Begin the installation process by running the Winnt command with the /S,/U, and /udf switches.
F. Begin the installation process by running the Winnt32 command with the /s,/unattend, and/udf switches.
Answer: B, C & E
Explanation:
To install Windows 2000 Server on computers with the same hardware configurations from
source files that are located in a centralized network location, we would have to use Setup Manager to create an unattend.txt file. We would then have to create a uniqueness database file (UDF) and make a network boot disk so that the computers can connect to the network share. Finally we would start the installation process by using winnt with /s /u /udf switches. We must use winnt and not winnt32 as the boot disks operate in DOS mode, which works with 16-bit applications. We would thus not be able to use 32-bit
applications like winnt32.
Makeboot.exe is used to make Windows 2000 setup floppy disks.
The UDF file, not the unattend.txt, identifies names of new computers.
Winnt.exe must be used to start the installation of Windows 2000 as the boot disks operate in DOS mode. We would thus not be able to use 32-bit applications like winnt32.
Question 3.
Your enterprise has purchased 100 new computers to be installed as additional servers running Windows 2000 Server. All machines have the same basic hardware configuration, except those which will additionally need modems. Which automated process will perform the installations in the shortest amount of time?
A. Use the bootable CD-ROM feature of these new servers to deploy a clean installation. Create a Winnt.sif file on floppy disk for your specific configuration requirements.
B. Create an Answer file with Setup Manager; create a distribution folder, and add the OEM drivers for each type mode; run winnt32 with the Syspart switch on each target computer.
C. Use the bootable CD-ROM feature of these new servers to deploy a clean installation. Create an unattend.udf file on floppy disk for your specific configuration requirements.
D. Create a master computer including applications; run the sysprep tool; create an image of the master; deploy the image to new computers.
Answer: D
Question 4.
You are the administrator of a Windows NT Server 4.0 computer named XYZ1. XYZ1 is a backup domain controller (BDC), and a member of your company’s Windows 2000 Activate Directory domain. XYZ1 contains five hard disks. Disk 0 and 1 are configured as a Windows NT 4.0 mirror set. The mirror set contains the operating system files and 500 MB of free disk space. Disk 2, 3 and 4 are configured as a Windows NT 4.0 stripe set with parity and contain employee data files.
The Windows NT 4.0 stripe set with parity has a maximum capacity of 140 GB and contains 15 GB of free disk space.
XYZ1 runs an application that is used by 400 company employees. A new version of the application is available. You need to install the new version, but it requires Windows 2000 Server.
Also, the application will not run on a domain controller.
You need to install the new application on XYZ1 as quickly as possible. What should you do first?
A. On XYZ1, back up the employee data files.
Then format all five disks and perform a clean installation of Windows 2000 Server.
Restore the employee data files.
B. On XYZ1, install Windows 2000 Server.
Configure XYZ1 to use a dual-boot configuration that includes Windows NT Server 4.0 and
Windows 2000 Server.
C. Upgrade XYZ1 to Windows 2000 Server.
During the upgrade, select the option to make XYZ1 a member server.
D. Upgrade XYZ1 to Windows 2000 Server.
During the upgrade, select the option to make XYZ1 a domain controller.
After the upgrade is complete, demote XYZ1.
Answer: D
Explanation:
We upgrade XYZ1. We have no choice and the upgraded Windows 2000 Server will be a domain controller. We are then able to use the dcpromo.exe utility to remove the Active Directory and demote the Domain controller to a member server.
Question 5.
You need to install Windows 2000 Professional on 300 computers for a customer company called XYZ. The computers have different manufacturers and different hardware abstraction layers (HALs). You plan to use a Windows 2000 Server computer running Remote Installation Services (RIS) to perform the installation.
After the installation is complete for the first 25 computers, users of those computers report problems.
You discover that the latest Windows 2000 service pack resolves those problems.
You want to apply the service pack to the remaining 275 computers during the installation. What should you do?
A. Install the service pack on a reference Windows 2000 Professional computer, and then run the Riprep command on that computer.
Use the resulting image for RIS.
B. Install the service pack on the RIS server, and then run the Riprep command on that server.
Use the resulting image for RIS.
C. Copy the service pack to the CD-based image shared folder used by RIS.
D. Slipstream the service pack into a new i386 distribution shared folder, and then run the Risetup command to create a new CD-based image for the RIS server.
Answer: D
Explanation:
You can use Risetup.exe to create a CD-ROM-based RIS image with a service pack slipstreamed. This is the procedure:
1. Copy the contents of the Windows 2000 Professional CD-ROM to a shared folder on a server (or a local folder on the RIS server).
2. From the Windows 2000 service pack source files, run the update -s: folder command to slipstream the source files with the service pack.
3. When the slipstreaming process is finished, run Risetup.exe on the RIS server to add a new image to the server. When you are prompted for the location of the files, type the path to the slipstream share you created in steps 1 and 2.
Question 6.
You are installing Windows 2000 Server on a new computer that has a single 10-GB SCSI disk. The disk controller is not included on the current Hardware Compatibility List (HCL). You start the computer by using the Windows 2000 Server CD-ROM..When the computer restarts at the end of the text mode portion of Windows 2000 setup, you receive the following STOP error: “INACCESSIBLE_BOOT_DEVICE.” Which two actions should you take to eliminate the STOP error? (Choose Two)
A. Restart the Windows 2000 Setup by using the Windows 2000 Server CD-ROM.
B. Select Safe Mode from the Windows 2000 boot menu.
C. Remove the Windows 2000 Server CD-ROM from the CD-ROM drive.
D. Install a driver for the SCSI controller from a floppy disk.
E. Use Device Manager to update the driver for the SCSI controller.
Answer: A & D
Explanation:
To solve the problem posed in this scenario we must restart the Windows 2000 installation process and supply the correct SCSI driver. We cannot use Device Manager or Safe Mode at this stage since Windows 2000 is not installed yet. We must press F6 when Setup prompts us to do so. We must then press F6 again to supply the driver for a mass storage controller to the Windows 2000 Setup program.
Question 7.
You are the administrator of a network that includes Windows NT Server 4.0 computers, Windows NT Workstation 4.0 computers, and UNIX computers. The network consists of a single Windows NT domain.
You are upgrading a Windows NT server computer named Server1 to Windows 2000 Server. Server1 is a BDC in the domain. The existing DNS server is a UNIX computer that supports SRV (service) records and is configured to accept dynamic updates. The existing WINS server is another Windows NT Server computer.You want to configure Server1 as a domain controller in a New Active Directory forest. You want the existing Windows NT domain accounts to be upgraded to Active Directory. You plan to upgrade the other domain controllers in the domain to Windows 2000 after the upgrade of Server1 is complete.
You want to perform the upgrade of Server1 with the least possible impact on other computers on the network. What should you do?
A. Promote Server1 to the PDC of the domain.
Run Windows 2000 Setup on Server1.
B. Run Windows 2000 Setup on Server1.
At the end of Setup, configure Server1 as a DNS server and a WINS server.
C. Add a static mapping for Server1 on the WINS server.
On the DNS server, create an SRV record for the LDAP service on Server1.
Run Windows 2000 Setup on Server1.
D. Install the Microsoft DNS service on an existing Windows NT server.
Apply Windows NT 4.0 service pack 4 or later to the server.
Run Windows 2000 Setup on Server1.
Answer: A
Explanation:
We want to upgrade the NT domain to an Active Directory domain; particularly we want to migrate the NT user accounts. First we need to promote server1 to PDC since it contains the master copy of domain information – SAM. Then upgrade the PDC to Windows 2000 Server.
Active Directory requires a DNS server that supports SRV (service records). The UNIX DNS server supports this.
Question 8.
You are installing Windows 2000 Server on a new computer that has a hardware-based RAID array, a floppy disk drive, and a CD-ROM drive. The disk controller for the RAID array is not included on the current Hardware Compatibility List (HCL). You run Windows 2000 Setup by starting the computer from the Windows 2000 Server CD-ROM.
When the computer restarts at the end of the text mode portion of Windows 2000 Setup, you receive the following STOP error: “INACCESSABLE_BOOT_DEVICE “.
Which two actions should you take to eliminate the STOP error? (Choose Two)
A. Modify the Boot.ini file.
B. Restart Windows 2000 Setup by using the Windows 2000 Server CD-ROM.
C. Select Safe Mode from the Windows 2000 boot menu.
D. Remove the Windows 2000 Server CD-ROM from the CD-ROM drive.
E. Install a driver for the RAID controller form a floppy disk.
F. Use Device Manager to update the driver for the RAID controller.
Answer: B & E
Explanation:
The boot drive is inaccessible and only the text mode partition of the installation process was successful. We need to install the correct driver for the boot disk. We do this by restarting the installation process from the Windows 2000 installation CD, and during the early part of Setup, we watch the bottom of the screen for a line that prompts us to press F6. Then we press F6 and install the RAID driver from the diskette.
Question 9.
You are the administrator of a Windows NT 4.0 Terminal server edition computer. The server has one hard disk, which is divided into two partitions
The first partition contains the Windows NT 4.0 system files and is formatted as FAT. The second partition contains application data and user data. This second partition is formatted as NTFS. The server currently has Service Pack 3 installed.
You need to upgrade the server to Windows 2000 Server. You want to ensure that no application data or user data is lost during the upgrade. You also want to perform the minimum number of steps necessary to complete the upgrade. What should you do? (Choose all that apply)
A. Convert the system partition to NTFS.
B. Install service pack4 or later on the server.
C. Use a Windows 2000 Server CD to start the server. In setup, select the option to upgrade.
D. Replace the Terminal Server installation with a standard Windows NT server 4.0 installation.
Answer: B
Explanation:
To ensure that no application data or user data is lost during the upgrade the following two
steps will be taken:
1. Install service pack4 (B).
2. Start the installation process from within the Windows environment and select the option to upgrade (almost C, but not quite).
NTFS is not required.
You can't upgrade to Windows 2000 by booting from the CD. The CD must be run from within the NT environment.
It is not necessary to install a standard NT Server 4.0 server.
Question 10.
You are a network administrator for your company. The company is currently configuring its branch offices with a Windows 2000 Server computer at each office. Each branch office has a technical-support department but not a network administrator. You want to configure the remote Windows 2000 Server computers so that whenever a new Microsoft driver becomes available, the branch offices are notified automatically when the administrator logs onto the server. What should you do?
A. Install the Windows 2000 Resource Kit.
B. Install Windows critical update notification.
C. Configure system file checker to notify the branch offices.
D. Configure Windows file protection to notify the branch offices.
Answer: B
Explanation:
After we install the Windows Critical Update Notification tool on a Windows 2000 computer
the tool checks for an Internet connection every 5 minutes, by default. If a connection to the Internet exists, Windows Critical Update Notification connects to the Windows Update Web site, and if updates are found we will be given the choice to install them immediately or postpone the installations until later.
The Windows 2000 Resource Kit provides technical advice. It would not, by itself, notify the
administrator of any Windows 2000 updates.
System File Checker only checks the integrity of the system files. It cannot be used notify administrators
of current updates to Windows 2000.
There is no tool called the Windows File Checker.
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Question 1.
What should you do to allow iSCSI hosts on multiple subnets to connect to a single GigE interface on an IPS module?
A. Configure QoS on the IPS module iSCSI interface
B. Configure QoS on the IPS module GigE interface
C. Configure multiple VSANs on the IPS module iSCSI interface
D. Configure VLAN subinterface on the IPS module GigE interface
Answer: D
Question 2.
What is the definition of fan-in ratio as it applies to SANs?
A. The ratio of storage ports to a single host port
B. The amount of aggregation port bandwidth in the path from storage port to host port
C. The amount of aggregate bandwidth of ISLs in the path from host port to storage port
D. The ratio of host ports that need to access a single storage port
Answer: D
Question 3.
You are implementing an FCIP solution for SAN extension between tow data centers using the CISCO MDS 9000 platform. For redundancy, there are two Metro Ethernet paths between the data centers.
How can you specify the primary and secondary path for each FCIP tunnel?
A. Configure EIGRP routing on the IPS-8
B. Configure OSPF routing on the IPS-8
C. Configure QoS on the IPS-8
D. Configure static routes on the IPS-8
Answer: D
Question 4.
Which two items are necessary when implementing a highly available SAN design? (Choose two.)
A. Nondisruptive upgrades
B. Redundant hardware
C. Real-time fabric monitoring
D. Localized data backups
E. Traffic engineering and QoS
Answer: A, B
Question 5.
Select three characteristics of the Cisco Coarse wave division multiplexing (CWDM) solution. (Choose three.)
A. Supports a maximum connection length of 220 kilometers
B. Can be optically amplified to extend the distance characteristics
C. Requires OADMs (Optical add/drop multiplexers) to aggregate multiple wavelengths across
the same fiber pair
D. Multiplexes up to eight wavelengths across a single fiber pair
E. Supports both linear and ring topologies
Answer: C, D, E
Question 6.
Which of these provides fabric-based virtualization for multiple independent software vendors?
A. Multiprotocol Services module
B. Cisco MDS 9513 Supervisor 2
C. Cisco MDS 9000 32-port 1/2 -Gbps Fibre Channel Module
D. Storage Services Module (SSM)
Answer: D
Question 7.
Which SAN extension topology is a low-latency, cost effective, high-bandwidth solution that is suitable only within a limited geographical area?
A. FCIP
B. DWDM
C. SONET/SDH
D. CDWM
Answer: D
Question 8.
What is the principal cost advantage of a collapsed core SAN design compared to a core-edge design if each connects the same number of host and storage ports?
A. Fewer long-wave SFPs
B. Fewer director-class switches
C. Fewer ISL connections
D. Fewer domains on the domain list
E. Fewer hops for a given exchange
Answer: C
Question 9.
Which two kinds of applications require substained throughput and are sensitive to latency? (Choose two.)
A. Synchronous replication
B. Asynchronous replication
C. Email
D. OLTP
E. Tape Backup
Answer: A, E
Question 10.
Which three solutions would be suitable for data replication between two data centers separated by 450 km? (Choose three.)
A. Dark Fiber
B. CWDM
C. iSCSI over SONET/SDH
D. DWDM
E. FCIP over SONET/SDH
F. FCIP Over Routed IP network
Answer: D, E, F
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