The ABC.com network consists of a single Active Directory domain named ABC.com. All servers
on the ABC.com network run Windows Server 2003 and all client computers run Windows XP
Professional.
A file server named ABC-SR24 hosts shared folders for users in the Sales department. The
shared folders are on the D: drive of ABC-SR24. The D: drive is a 500GB volume with 100GB
used space. The D: drive of ABC-SR24 is backed up to a tape drive every night using a Full
Backup.
Users complain that it takes a long time to restore backed up files.
You want to design a backup system that improves restore times. If possible, a system that allows
users to restore their own files would be ideal.
How would you design the backup system?

The ABC.com network consists of a single Active Directory domain named ABC.com. All servers
on the ABC.com network run Windows Server 2003.
ABC.com has a main office in Chicago and a branch office in Miami. The two offices are
configured as Active Directory sites and are connected by a 56Kbps WAN link which is available
only during office hours.
The Miami site contains a domain controller named ABC-DC02.
A ABC.com user named Andy Reid works in the Miami office. One morning Andy Reid complains
that the response times on the WAN link is slow. You then investigate the problem and discover
that the problem is due to Active Directory replication activity.
How can you reduce the traffic going over the WAN connection?

You are the server administrator for SRV05 which is a Windows Server 2003 Standard Edition file
server in your domain. Your backup strategy utilizes one full backup and then daily differential
backups. SRV05 has eight 72GB SCSI3 10,000RPM drives in an external drive array for data and
are set up using hardware RAID 5. SRV05 also has two additional 72GB SCSI3 10,000RPM
drives internal to the system and they are configured in a RAID 1 arrangement. This volume holds
the system and boot partitions for the server’s operating systems and a small amount of local
application data.
The full back up is performed each Saturday at 9:00PM EST. The full back up takes 2 hours. The
daily differential backups are performed each day at 9:00PM, Monday through Friday. There is no
full backup nor differential backup performed on Sunday. The amount of time needed for the
differential backups varies but it is never less than 20 minutes and the maximum time never
exceeds 75 minutes.
DNS07 has a hard disk failure in the external array at approximately 6:00PM on a Saturday. At
7:20PM a second drive in the external array also fails. What needs to be done to bring the server
back to working order so that users can access the data on the server?
Select the best answer.

You are a desktop administrator for ABC.com. Your organization is made up of three sites, two of
which are remote offices and one is the company headquarters. The two remote locations are
made up of four subnetworks each, interconnected internally by layer 2 switches and connected to
one another and headquarters by routers. The main company headquarters consists of eight
subnets interconnected internally by layer 3 switches.
The client systems on your network are running a number of operating systems including Windows
98, 2000, XP, and Server 2003. There are two WINS servers and two DNS servers local to each
subnet, and the clients are always configured to use those servers for name resolution only.
Recently, new server hardware was installed for SRV007 to replace a legacy system, and there
have been reported issues with incoming connectivity to the server. The serve itself seems to be
able to initiate connections to systems fine. You attempt to PING SRV007.ABC.com, and you
receive the following error:
Pinging SRV007.ABC.com [149.88.72.19] with 32 bytes of data:
Request timed out.
Request timed out.
Request timed out.
Request timed out.
Ping statistics for PING SRV007.ABC.com:
Packets: Sent = 4, Received = 0, Lost = 4 (100% loss)
You then log in to SRV007.ABC.com and run ipconfig and review the output
Ethernet adapter Wireless Connection:
Connection-specific DNS Suffix .ABC.com
IP Address . . . . . . . . . . . . : 149.88.72.91

Subnet Mask . . . . . . . . . . . : 255.255.255.0
Default Gateway . . . . . . . . . : 149.88.72.1
What are the most likely reasons that this system cannot be connected to, but the system itself
can make outbound initiating connections? Each answer presents a possible solution. Select the
two best answers.

You work as a Network Administrator for Net World Inc. The company has a Windows Active
Directory-based single domain single forest network. The functional level of the forest is Windows
Server 2003. All client computers in the network run Windows XP Professional.
You have configured a test environment for your experimental works. You install Windows Server
2003 Web Edition on a server and connect it to a domain named Test. You install a laser printer
on the server. You download the latest device drivers from the printer’s manufacturer site and
install them for the printer. You successfully test the printer. However, when you try to share the
printer, you are unable to do so. What is the most likely cause of the issue?

You work as a Network Administrator for ABC.com. The company has a Windows Active
Directory-based single domain single forest network. The functional level of the forest is Windows
Server 2003. The company’s headquarters is located at Los Angeles. The company has three
branch offices located at San Jose, Oakland, and San Francisco. The company’s network is
shown in the image below:

All the offices are connected to each other by using 56Kbps demand-dial connections. The branch
offices and the headquarters are required to communicate with each other on a regular basis. As
you are using demand-dial connections, you do not want the routing updates to be broadcast
throughout the network. However, for reliable communications, any changes to the network should
be sent to the routers configured on the network. Every router in the network is a server running
Windows Server 2003. Which of the following protocols will you use on the routers?

You work as a Network Administrator for Venus ABC.com. The company has a Windows Active
Directory-based single domain single forest network. The functional level of the forest is Windows
Server 2003. The company wants to expand its network. The clients on the network require
Internet connectivity through the router. You plan to install NAT for this purpose. The network plan
of the company is shown in the image below:

As the number of clients is quite high, a Class A private network range is required. Which of the
following is the correct Class A network address range that is set aside for private use and barred
from routing over the network?

Mark works as a Network Administrator for ABC.com. The company has its headquarters at New
York and a branch office at Miami. The headquarters has a Windows 2003 domain-based network
named Nettech.com. The network has three Windows 2003 member servers and 120 Windows
XP Professional client computers. One of the member servers named DNSServ is working as a
DNS server.
The branch office in Miami also has a Windows 2003 domain-based network named
Nettech1.com.
One Windows 2003 member server named DNSServ1 is working as a primary DNS server in
Nettech1.com. DNSServ is a secondary zone server for Nettech1.com. Mark wants to monitor the
notification traffic between these two domains and keep a record of when the primary DNS server
for Nettech1.com informs DNSServ if there are available changes in the Nettech1.com zone. What
will he do to accomplish this?

Mark works as a Network Administrator for ABC.com. The company has a Windows 2003 single
domain-based Active Directory network. The network has five Windows 2003 member servers and
200 Windows XP Professional client computers. One of the member servers named VPNS is
configured as a VPN server. The VPNS internal interface is on a 192.168.0.1/24 private network.
The VPN server’s IP address is 192.168.0.25 with a subnet mask 255.255.255.0.

Mark installs a new Windows 2003 server named FSERVER with default settings. FSERVER is
configured as a file server. The file server’s IP address is 192.168.0.28 with a subnet mask
255.255.255.0. The VPN users on the network complain that they are unable to access files stored
on FSERVER. Mark checks that the file and folder permissions on FSERVER are correctly
assigned. Mark is also able to ping FSERVER by using the IP address from VPNS. However, he is
unable to ping VPNS from FSERVER. What is the most like cause of the issue?

You work as a Network Administrator for ABC.com. The company has a Windows Active
Directory-based single domain single forest network. The functional level of the forest is Windows
Server 2003. An application named Accounts is installed on the network. The Accounts application
uses a shared folder named AccFolder to keep all its data. The AccFolder folder is placed on a file
server named uCFileServer. All users in the network use the application to update the accounts
information of various clients of the company. The application opens various data files to work
upon.
You are required to accomplish the following tasks:
All files in the AccFolder folder should be backed up automatically twice daily.
The backup process should take a backup of all the open files in the folder.
In order to accomplish the tasks, you take the following steps:
Configure the Backup and Restore Wizard to take a backup of AccFolder.
Unselect the Disable volume shadow copy check box in the Backup and Restore Wizard.
Set the schedule of the Backup and Restore Wizard to take a backup every 12 hours through the
Advanced Schedule Options.
What will happen after taking the required steps?