1) You are brought in as a consultant to set up TCP/IP on a network of Microsoft Windows-based computers.
The network is comprised of five subnets, each with its own domain controller.
Every host must be able to browse every other computer and perform peer-to-peer connections.
The network must also register and resolve computer names automatically through a central database. What is the best choice to install on the network?

   a) DHCP servers

   b) DNS servers

   c) HOSTS files

   d) WINS servers

   e) The SNMP service on all domain controllers

2) there was an exhibit with a picture of a network with 2 subnets each subnet had a number of printers workstations and one server each.
You have a workstation in subnet A on this workstation u can map a drive to serverB on subnet B with no problems,
However you cannot connect to serverA on subnet A. Why not ?

   a) The default gateway on your workstation is incorrect.

   b) The subnet mask on your workstation is incorrect.

   c) The default gateway on serverB is incorrect.

   d) The IP address on your workstation is incorrect.

3) Two DNS servers. You plan to install a third DNS server which will be used to resolve DNS queries for resource that are located on the internet.

   a) as a primary name server

   b) as a secondary name server

   c) as a forwarder for the exiting DNS server

   d) as a forward for a WINS server..

4) I had a question where there was a an exhibit of the output from ipconfig all.
You had to work out what kind of resolution was being used from the given information.

Output of ipconfig all
Ip address 149.69.69.69
Wins server 149.69.69.100
DNS server address 149.69.69.102
Default gateway 149.69.69.2
Sunnet mask 255.255.0.0
Wins to use DNS resolution : NO
Node type : H

There was a lot more info but i cant remember the parameters not important anyway for this quetsion.
Which resolution methods are being used? One answer only.

   A) wins only

   B) wins, brodcast and lmhosts

   C) dns, wins and lmhosts

   D) wins, broadcast, host, dns

5) Suppose the following situation exists:
Karen wants to install a Windows NT Server computer with four network adapter cards on her TCP/IP network. This server will act as a router.

Required result:
The server must route TCP/IP packets.

Optional desired results:
The server should dynamically update its routing tables when other routers are added to or removed from the network.
The server should provide IP addresses to every client computer on each subnet.
The server should send trap messages across the network to a UNIX server.

Proposed solution:
Assign one IP address to each network adapter card on the server.
Install WINS services on the server.
Install DHCP services on the server. Create one scope for each subnet.
Install the SNMP services on the server. Set up SNMP to forward trap messages to the UNIX server.
Which results does the proposed solution produce?

   a) The proposed solution produces the required result and all of the optional desired results.

   b) The proposed solution produces the required result and only two of the optional desired results.

   c) The proposed solution produces the required result and only one of the optional desired results.

   d) The proposed solution does not produce the required result.

6) Fred manages a network that is comprised of four Windows NT Server computers, 80 Windows NT Workstation computers, 100 Windows 95 computers and eleven UNIX computers.
Because his company frequently reorganizes, Fred often finds himself physically moving computers from one subnet to another.
Only the UNIX computers never move. TCP/IP is the network's primary protocol.
The UNIX computers have no hostnames that are longer than fifteen characters, and each hostname contains only alphanumeric characters.
One of the Windows NT Server computers runs DHCP with one scope configured for each subnet.
All of the Windows-based computers are set up as DHCP clients.

Required results:
Every Windows-based computer on each subnet must be able to access the Windows NT Server computers by computer name.
Every Windows-based computer on each subnet must also be able to receive its IP addresses from the DHCP server.

Optional desired results:
All UNIX systems should access by hostname any Windows NT Server computer that is set up as an FTP server.
All Windows-based computers should access by hostname any UNIX computer that is set up as a Telnet or FTP server.

Proposed solution:
Set up the network routers to forward DHCP broadcasts to all subnets.
Install a WINS Server on the network.
Set up the DHCP server to supply all DHCP clients with the IP address of the WINS server.
On the DHCP server, exclude the IP addresses of the UNIX computers from the scopes. Create a client reservation for the IP address of the WINS server.
On each one of the windows machines create a HOSTS file with entries for all the UNIX machines.

Which results does the proposed solution produce?

   a) The proposed solution produces the required results and both of the optional desired results.

   b) The proposed solution produces the required results and only one of the optional desired results.

   c) The proposed solution produces the required results and none of the optional desired results.

   d) The proposed solution does not produce the required results.

7) Martha administers a TCP/IP network that is comprised of six Windows NT Server computers, 17 UNIX computers and 350 Windows NT Workstation computers.
The workstations are set up as both DHCP clients and WINS clients.
Martha installs the Microsoft DNS Server service on one of the Windows NT Server computers.
The UNIX computers will use the DNS server for hostname resolution.
The computer names and IP addresses of the UNIX computers have been entered into the DNS server database.
How can Martha manage hostname resolution with the least administrative effort?

   a) on the DNS server, create a HOSTS file that contains one entry for each UNIX computer

   b) on the DNS server, enable WINS resolution

   c) on the DNS server, enable WINS reverse lookup

   d) on each UNIX computer, create a HOSTS file that contains one entry for each Windows NT Server computer

8) You FTP to a remote server called TESTSERVER using FTP TESTSERVER you are successful.
When you use the command line FTP 149.76.123.123 you fail to connect.

The HOSTS file on your machine contains the following entries.
149.176.3.12 FTP1
149.76.123.123 TESTSERVER
149.6.13.23 FTP2
149.23.3.12 FTP3

What is the problem ? One answer only.

   a) 149.76.123.123 is not the IP address of the TESTSERVER FTP server.

   b) The FTP daemon is not running on TESTSERVER.

   c) Your HOSTS file is returning incorrect values.

   d) You cannot FTP directly to an IP address.

9) From your NT workstation you can connect to a remote server by specifying the's UNC path in Windows explorer, but when you try to connect through ftp 199.34.23.100, you can't.
What is the problem?

   a) The NT workstation is denied access to the FTP server's directories

   b) Your hosts file is corrupted.

   c) The DNS server has an incorrect hostname entry for 199.34.23.101

   d) You cant FTP directly to an IP address.

10) Your network consist of 7 subnets. One subnet have a PDC and the rest each a BDC or a server.
You want all clients to be able to connect to all servers on the network, but you don't want broadcast.
How will you configure the network for best performance?

   a. Install a DHCP server

   c. Install a IIS server

   d. Install a DNS server

   e. Install a WINS server

   f. Use Netbeui

11) Your company has a NT server set as RAS. The server is connect to the internet.
Some users want to use laptops to connect to the server in order to access the company's resource when they are travelling. These users connect to the internet through the ISP.
Which protocol should you use?

   a) Use PPP

   b) Use PPTP

   c) Use Mschap

   d) Use FTP

12) You are configuring a IIS server on NT Server which is going to be used as a FTP Server and also a WWW Server.
How will you configure it for the Host record?

   a. A

   b. NS

   c. CNAME

   d. PTR

   f. WINS

13) You plan a internetwork. How will you dertermine the amount of host ID's you will need?

   a. one for each subnet

   b. one for each host

   c. one for each host' s NIC

   d. one for each router' s interface

   e. one for each WAN - link

14) What is the utility to view who are all currently having TCP/IP connection with your Workstation?

   a. nbtstat

   b. Tcpconn

   c. nslookup

   d. netstat

   e. ping

   f. tracert

15) What is the utility to view what configuration changes the DHCP made at your workstation Configuration?

   a. config.pol

   b. lmhosts.txt

   c. ipconfig /all

   d. ipconfig /renew

   e. tracert

16) What do you use to find the path a packet takes?

   a. Ping

   b. Netstat

   c. Ipconfig /path

   d. IpPath

   e. Tracert

   f. nslookup

17) Your company network includes several UNIX computers that are running the rexecd daemon.
You want to execute a command on one of the UNIX computers from your Windows NT computer.
Which utility must you use?

   a. ftp.exe

   b. tftp.exe

   c. telnet.exe

   d. rsh.exe

   e. rexec.exe

18) Three UNIX machines are to be stored in the WINS Database manually and what entry will you put at the WINS configuration panel?

   a. Group

   b. Internet

   c. Multihomed

   d. Unique

   e. Host

19) You have 1 DNS Server. You want to minimize static entries by using WINS to resolve FQDN for non-Microsoft Clients.How ?

   a. on WINS server,enable DNS resolution

   b. On DNS server,enable WINS Lookup

   c. On all clients, Select WINS to be the first for resolution

20) You are troubleshooting a Windows NT Server computer running TCP/IP.
The server is on subnet 143.170.21.0. Users on a remote subnet cannot access the server.
When you run IPCONFIG /ALL, you get the results displayed in the exhibit.

Windows NT IP Configuration
Host Name - workstation1
DNS Servers -
Node Type - Hybrid
NetBios Scope ID -
IP Routing Enabled - No
WINS Proxy Enabled - No

Ethernet Adapter PLKN13
Physical Address - 00-20-36-12-A5-E3
DHCP Enabled - No
IP Address - 143.170.21.204
Subnet Mask - 255.255.0.0
Default Gateway - 143.170.21.1
Primary WINS Server - 143.170.21.51

What is the most likely the cause of the problem?

   a. IP forwarding is disabled

   b. the default gateway is not on the same subnet

   c. the IP address is not part of the subnet

   d. the subnet mask is incorrect

   e. DHCP is disabled

21) Which file does a DNS root server use to connect to the Internet?

   a. boot.dns file

   b. .....in-addr.arpa.dns file

   c. cache.dns file

   d. Domain.com.dns file

   e. Hosts file file

22) You install DNS on a NT server and now need to add a resource for the domain mail server.
Which resource record must you add?

   a. A

   b. PTR

   c. NS

   d. MX

   e. HINFO

   f. WINS

23) You have a Ras server connected to the Internet. Remote users use DUN to connect to the Ras server through a local ISP.
You need to provide security so that remote users can access your network using only Point-to-Point Tunnelling Protocol (PPTP).
How should you set up the Ras server?

   a. Use only msbased encyription

   b. Use Usermanager and give only Admin granted Ras

   c. Activate PPTP filtering

   d. Don't use Ras

   e. Use call back

24) One application server IP: 192.168.50.10, another application server IP: 192.168.50.8.
Now you want to place both on ONE server. How?

   a. Dont use same application in one server

   b. Install one NIC, and assign 2 IP.

   c. Install one NIC, and assign netbios name.

   d. Install one NIC, and assign Host name.

25) A Windows 95 user complains that she cannot connect to any computers on her local subnet even when using their IP addresses.
Seated at her computer, you ping 127.0.0.1 and receive a reply.
Other users on her subnet do not report having any trouble.
All client computers on the network are WINS- enabled.
What is the most probable cause of the problem in windows 95?

   a. Netbios name is invalid

   b. Default gateway is incorrect

   c. Subnetmask is incorrect

   d. Wrong protocol is installed

   e. Wrong driver is installed

   f. Network card is not present

   g. Network card is not working

26) A computer named WKsta1 on subnet A cannot connect to a WinNTserver on subnet B by running the command net use f: \\factory\data When other client computers on subnet A run that command, they connect to the server.
WKsta1 can ping the server by IP address. What is problem ?

   a. WKsta1 is not configured with an IP address for a DHCP server.

   b. Wrong Default gateway

   c. WKsta1 is not configured with an IP address for a WINS server.

   d. Wrong subnetmask

   e. WKsta1 is not configured with an IP address for a IIS server.

27) You are using a WinNT w/s on TCP/IP network.
When you run the command ftp 131.107.3.4 , you connect to a WinNT server computer on a different subnet.
However, when you use Windows NT Explorer and specify the UNC path of that server, you fail to connect.
What is problem ?

   a. The server is not configure to use DHCP.

   b. The server is not configure to use DNS.

   c. Nt server Subnetmask is incorrect

   d. The server is not configure to use WINS PROXY AGENT.

   e. The server is not configure to use WINS.

   f. Nt server Default gateway is incorrect

28) Network has 3 subnets. A single domain for all people.
Subnet A has a PDC, Subnet B has BDC, and Subnet C has 35 NT workstation.
No WINS. You want to configure the Network, so that all workstation can log on domain.
What must do ?

   A. On each workstation, create LMHOSTS that contain entries for each workstation.

   B. On each Domain controller, create LMHOSTS that contain entries for each domain ontroller.

   C. On each workstation, create LMHOSTS that contain entries for each domain ontroller.

   D. On each workstation, create HOSTS that contain entries for PDC.

29) You want a WINS Client Workstation in Subnet A to browse and communicate with the another workstation in Subnet B. But it can't,even though the other subnet has their own WINS Server installed. What could you do?

   a. Install Wins proxy agent

   b. Install Dhcp relay agent

   c. Setup WINS Replication between the 2 subnets.

   d. Use Dns for Wins resolution