70-059

Internetworking with Microsoft TCP/IP on NT4

Well, since this site is lacking in new dumps for TCP/IP because of Adaptive Testing, I’m happy I finally can contribute a little. I took my TCP/IP exam today and passed pretty easily but felt I was going to fail the whole way through. I guess the adaptive test can cause a little paranoia if you keep getting easy ones. In retrospect though, I really think the test was a bit easier than the Transcenders I had used to prepare.

Also, you might note that only 10 or 12 of 25 of my questions were supposed to be adaptive questions. At least that what it told me at the beginning of the test. The remainder of the questions, were like the ones found on Transcenders or in dumps.

Here’s what I can remember….

There were at least two questions unlike any I have encountered on the past tests, which provide you with two pages. One page gives you a little background info and the other has several little boxes and a diagram. You are then asked to display the diagram and place the boxes with labels in the spaces provided that match up with the corresponding pieces of the diagram. Here’s some of the content:

1.) You are given a picture with an NT server, a workstation, a UNIX box, and network printer all on the same network. There is also a printer on the UNIX box, and a parallel printer connected to the NT server. You are given the terms LPR, LPQ, TCP/IP print service, and LPD, and then you have to match them up where they belong. You may also use them more than once which makes this a bit more tricky. The background info says that you need to be able to centrally manage the printer and also be able to manage jobs from either the NT workstation or UNIX machine etc.

 My answer: I placed LPD on the UNIX box, LPR and LPQ on the workstation, LPR on the printer, and TCP/IP print services on the NT server. You ignore the other two printers because they didn’t have any label boxes. You might want to check LPR on the printer. I wasn’t sure of this.

2.) The second "label question" gives you some DHCP terms and you have to place them over their respective definitions. Just know the definitions for global option, scope option, reservation, exclusion, and scope. Pretty easy!

3.) You are given a diagram of a subnetted class B network. In the middle there is a router at 160.110.4.1, there is a workstation at 160.110.7.100 that can’t communicate with an NT server at 160.110.4.17. The subnet mask on everything is 255.255.252.0. There are also some printers, and other workstations placed in there to throw you off track.

The answers (choose two):

a.) Change the subnet mask to 255.255.240.0

b.) Change the subnet mask to 255.255.248.0

c.) Place the problem workstation on the same subnet as the NT server

d.) Some lame answer about changing the IP of one of the bogus workstations.

e.) Change the default gateway of the problem workstation to 160.110.4.1.

f.) Something else…

I chose B and C although I’m not too sure. I believe E was wrong because the problem workstation was on a different subnet given the mask.

4.) A non-WINS user with the machine name \\who_cares needs to connect to a remote machine named \\Product. He creates an LMHOSTS file with the entry:

220.134.30.45 PRODUCT #PRE #Computer with share

He tries to connect but still can’t. What is the problem?

a.) A discrepancy between the machine names ( Or some poorly worded answer like this)

b.) Bogus answer

c.) Bogus answer

d.) Bogus answer

Answer: Obviously A. The LMHOSTS machine name was in caps.

5.) UNIX computer is running the Remote shell daemon, what program do you use to execute a remote command?

a.) LPQ

b.) FTP

c.) Telnet

d.) Rexec

e.) RSH

I said C, telnet because I had seen it if a few of the other dumps. Check this one out though.

6.) What types of SNMP transactions can be performed by a SNMP manager or agent?

Get, Set, Trap, Get-next, Something else are in the boxes. You them have to place them on the agent or the manager. Pretty easy one.

I placed Trap on the agent. Get, Set, Get-next, on the manger.

7.) I had a scenario question where you had multiple subnets and 1000+ clients etc. and the network administrator has to dynamically assign IP addresses to all subnets-required. Optional: name resolution, and something else. Solution was to implement DHCP relay agent, and everything else for the optional stuff was correct.

Answer: Does not meet the required, because of the relay agent. They did not mention a DHCP server.

8.) You have 5 class C blocks given to you by Internic. You need to implement these on you network. You have 3 segments with 300 clients each. Minimize number of subnets on each segment. What do you do?

a.) Leave the default subnet mask in place

b.) Implement a subnet mask borrowing 3 bits.

c.) Implement a subnet mask borrowing 4 bits.

d.) Something else

I said B although it was my best guess.

9.) A network admin wants to install an NT server with 3 NICs on his TCP/IP network.

Required: The computer must route TCP/IP packets.

Optional: The server should dynamically update routing tables

The server should provide IP address to every client on each subnet

The server should trap messages across the network to a SNMP manager

Proposed Solution: Enable IP forwarding on server

Install Wins server

Install DHCP relay agent

Answer: Meets the required but not the optionals

Well, I wish I could remember more. Good luck to all.

Olivia