TCP

TCP/IP

1. You have a TCP/IP printer connected on an UNIX computer with LPD. You want all the Microsoft Workstations to send their print job on a NT Server. How you configure this?Choose 2:

a. Install LPR on all WKS

b. Install LPD on the Server

c. Install LPD on all WKS

d. Create a share with LPR on the Server

e. Make a mapping with the printer port between the Unix computer and the NT Server.

be, not d because with LPR you want to use the actual printer name. d,e

2. TCP/IP statistics. You want to save the statistics on log files for later analysis.

You also want to export the statistics for use in a spread sheet.

a. netstat.exe

b. nbtstat.exe

c. Performance Monitor

d. Network Monitor

c (sure)

Question 3: Network with 100 workstations and 20 UNIX computers. UNIX computers never move,each Unix-hostname consists of no more than 15 characters, TCP/IP is protocol used. DHCP configured with one scope for each subnet. All Windows based computers are set up as DHCP clients.

Required results:

1) Every Windows based computer on each subnet must be able to access the Windows NT Server computers by computer name.

2) Every Windows based computer on each subnet must also be able to receive its IP address from the DHCP server.

Optional:

1) All UNIX systems should access by hostname any Windows NT Server computer that is set up as an FTP server.

2) All Windows based computers should access by hostname any UNIX computer that is set up as an TELNET or FTP server.

Proposed solution:

1) Set up network routers and forward DHCP broadcasts to all subnets

2) Install Wins server on the network

3) Setup DHCP server to supply all DHCP clients with the IP address of the server

4) On the DHCP server, exclude the IP address of the UNIX computers from the scopes. Create a client reservation for the IP address of the WINS server.

A. The proposed solution produces the required result and all of the optional desired result.

B. The proposed solution produces the required result and only one of the optional desired result.

C. The proposed solution produces the required result and none of the optional desired result.

D. The proposed solution does not produces the required result.

c (sure)

Question 4:

Proposed solution:

1) Set up network routers and forward DHCP broadcasts to all subnets

2) Install Wins server on the network

3) On WIns server, make a static mapping entries for the UNIX computers.

4) Set up DHCP server to supply all DHCP clients with the IP address of both the WINS sever and the DNS server.

5) On the DHCP server, exclude the IP address of the UNIX computers from the scopes. Create a client reservation for the IP address of the WINS server.

B. The proposed solution produces the required result and only one of the optional desired result.

Question 5:

Proposed solution:

1) Set up network routers and forward DHCP broadcasts to all subnets

2) Install Wins server on the network

3) Install DNS server and configure it for name resolution

4) Set up DHCP server to supply all DHCP clients with the IP address of both the WINS sever and the DNS server.

5) On the DHCPserver,exclude the UNIX computers'IP addresses from the scope.

6) On the WINS server, make static mapping entries for UNIX computers

A. The proposed solution produces the required result and all of the optional desired result.

B. The proposed solution produces the required result and only one of the optional desired result.

C. The proposed solution produces the required result and none of the optional desired result.

D. The proposed solution does not produces the required result.

a (sure)

6. To prevent the buffer from becoming full, how can you configure your network monitor?

a. set capture trigger

b. Set capture Filters

c. Set to Promiscuous mode

d. Save all the info. to one file.

d (not sure, could be A)

7. You have three subnets. One subnet has a PDC and a BDC, and the other two subnets consist entirely of Win95 machines. You use one of the Win95 machines. There are no WINS servers, and the routers don't forward NetBIOS broadcasts. You can log on and map drives from the PDC and the BDC, but when you open Explorer, you can only see the computers that are in your subnet. Why can't you see the PDC or BDC? I don't remember all of the answers, but here are a few of them:

a. The LMHOSTS file on you computer contains an incorrect entry for the PDC and the BDC.

b. The LMHOSTS file on the master browser for your subnet contains an incorrect entry for the PDC.

c. There is no master browser for your subnet.

d. There is no backup browser for your subnet.

e. A couple more choices that I don't remember.

b, The PDC is the domain master browser and the master browser for its subnet. If the master browser for my subnet knows about the PDC, then I should be able to browse to that subnet just fine.

8. You want to make files on your Windows NT Workstation computer accessibleto a user at a TCP/IP-based UNIX host on your network.

The UNIX computer is not using NetBIOS. You also want to ensure that only authenticated users can access the files.

What should you do on your workstation?

a. Install Microsoft IIS, put the files in the wwwroot directory, and add a password to the internet user account.

b. Install PWS, put the files in the ftproot directory, and don't allow anonymous connections.

c. Install simple TCP/IP services and disable the Guest account.

d. Create a new account on your computer, share the directory that contains the files, and assign permissions to the new account.

b (pretty sure)

9. Your Windows NT Workstation computer is configured as a WINS client. You want to find your system uses broadcasts to resolve names.

Which utility should you use?

a. nbtstat.exe

b. netstat.exe

c. tracert.exe

d. Performance Monitor

e. Windows NT Diagnostic

a (pretty sure)

10. Your company network includes several UNIX computers that are running the rsh 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

d (sure)

11. 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

c (if it said rexec server service instead of rexecd daemon, then it would be rexec)

12. You need to copy a file from a UNIX box to your NT Workstation. The UNIX box does not allow anonymous logins. What do you use (choose two):

A. FTP

B. SCOPY

C: RCP

D: TFTP

E: REXEC

ad (sure of this)

13. What service(s) is/are started with WINS? Choose all that apply

(a) Alerter

(b) Messenger Service Name

(d) Computer Browser

(e) RIP for IP

(f) Server

bcf

13. 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.) Change the Subnet mask

b (pretty sure)

14. You have a TCP/IP printer connected on an UNIX computer. You want all the Microsoft Workstations to send their print job on a NT Server. You install LPD service on the Unix computer. What other steps do you take? Choose all that apply?

a. Install LPR on all WKS

b. Install TCP/IP printing services(LPD) on the Server

c. Install LPD on all WKS

d. Create a share on the Server

e. Make a mapping with the printer port between the Unix computer and the NT Server.

bde (sure)

15. Sherry has installed two DNS servers to resolve hostnames on her company's intranet. Now she wants to install a third DNS server to resolve hostnames on the internet root name servers. What is the best way for Sherry to configure this DNS server?

a. by including the Internic ip address in the hosts file on the DNS server

b. by setting the default gateway to the DNS server to the Ip address of the Internic

c. by using the boot file on the DNS server

d. by using the cache.dns file on the DNS server

d (sure)

16. You cannot resolve Netbios name - what could be the cause?

a) DNS not enabled on Client

b) WINS not enabled on Client

c) DHCP has the wrong scope

d) Bad subnet mask

b (sure)

17. Working at a NT server computer, Bill wants to view a chart of the TCP/IP protocol statistics on his server, what should he use?

a. Network Monitor

b. Netstat

c. NBTstat

d. Performance Monitor

d (sure of this)

18. Which of the following are valid IP addresses, and which are not? (A drag and drop problem)

Answer:

203.122.153.1 (Valid)

127.96.185.20 (Invalid...Starting octet cannot be 127)

150.206.256.3 (Invalid...An octet cannot exceed from the value 255)

175.207.180.6 (Valid)

19. You have the sub net 255.255.252.0

Choose two valid IP addresses

a- 160.90.81.1

b- 160.90.24.0

c- 160.90.81.255

d- 160.90.161.4

e- 160.90.113.2

ac (sure)

20. Your company's subnet mask is 255.255.248.0. Your subnet contains a blend of Windows NT and UNIX machines. You have already assigned them IP addresses from 175.60.8.21 to 175.60.8.49. You want all your Windows NT machines to be assigned IP addresses automatically. Create a scope that consumes all the IP addresses in this subnet. (Another drag and drop situation, where you have to drop the IP addresses in the DHCP scope properties screen)

answer:

Include range

From 175.60.8.1 ( 10101111.00111100.00001000.00000001 )

To 175.60.15.254 ( 10101111.00111100.00001111.11111110 )

Exclude range

From 175.60.8.21

To 175.60.8.49

21. Your network has seven subnets, all the servers are in one subnet. You want to configure your network so that all clients can browse the network and connect to any share resouces accross all subnet. what service in windows NT you need to configure?

a. DHCP

b. DNS

c. WINS

d. LMHOSTS

c (sure)

22. Your internal network has seven subnets, PDC is in one subnet, each subnet has a BDC or a server computer. You want all clients to be able to connect to all any server on the network. You don't want computers in the network to use broadcast. How would you configure your network for best performance.

a. Install WINS server

b. Use LMHOST files on client computers

c. Configure DNS server

d. configure defaut gateway

b (sure)

23. On a Microsoft NT server computer that is configured as a DNS server, you want to add a resource record that identifies the mail server for your domain. What type of resource record must you use?

a. MX

b. Cname

c. Minfo

d. Soa

e. Ns

a (sure)

24. Two DNS servers. You plan to install a third DNS server. The third DNS server will be used to resolve DNS queres for resources that are located on the internet. How to configure?

a. as a primary name server

b. as a secondary name server

c. as a forwarder for the existing DNS server

d. as a forwarder for a WINs server

c (sure of this)

25. You use DHCP to assign IP address to 3 NT servers. You want each server to be assigned the same IP address each time that server is started. What information should you supply? (Choose two)

a. IP address

b. subnnet mask

c. hardware address

d. lease period

a,c (sure of this)

26. You use DHCP to assign IP address to all clients computers on your network. You configure the DHCP server to assign the IP address of the WINS server to all clients computer. What else do to use wins?

a. On each client computer, specify the IP address of at least one DNS server.

b. On each client computer, specify the IP address of PDC.

c. Specify a netbios scope IP.

d. Specify the netbios name resolution mode, in DHCP manager

d (sure)

27. Which utility to view a list of all netbios names that are currently cached on your NT?

a. arp

b. ping

c. nbtstat

d. Network Monitor

c (sure)

28. A computer named wksta1 on subnet A cannot connect to a windows NT server computer on subnet B by running the command net use f:\factory.bytecomp.com.

Other computers on subnet A can connect using that command. Wksta1 can ping the server by IP address.

a. There's no entry for factory.bytecomp.com on the DNS server.

b. Wksta1 is not configured with an IP address for a DNS server.

c. Wksta1 is not configured with an IP address for a WINS server.

d. Wksta1 is not configured to use DNS for netbios name resolution.

b (sure)

29. You want to track the send rate & the receive rate for TCP/IP traffic on five different NT server computers. Which tool must you use?

a. netstat.exe

b. nbtstat.exe

c. Performance Monitor

d. Network Moitor

d (sure)

30. You want to monitor an ftp server over a period of time so that you can view the amount of data that is being transmitted and the total number of connections that are in use. Which tool must you use?

a. netstat.exe

b. nbtstat.exe

c. Performance Monitor

d. Network Monitor

31. Your windows NT Workstation and a Unix computer are located on a local area network. You want to retrieve network statistics from the Unix computer. Which install on workstation? (Choose two)

a. Simple TCP/IP services

b. Network monitor agent

c. SNMP services

d. Performance Monitor

e. Thirty-party network management software

32. You want to chart the number of TCP connections that are active on your windows NT server computer. Which network service must you install before you can do this?

a. Network Monitor agent

b. Rip for Internet Protocol

c. SAP agent

d. Simple TCP/IP services

e. SNMP services

Question 33:

Three servers, 40 NTW, Single network. Router connect to the network to an ISP. All computers on your network are DHCP, WINS and DNS clients. WINS and DNS servers are DHCP scope option. RAS - two modems.

Required :

Remote client must able to connect to shared resources on all computers on the company network.

Optional :

You want all data that is transferred accross the dial-up connection to be encrypted.

RAS must support two cuncurrent remote clients.

Proposed Solution :

1 Configure RAS to use a static address pool with two address for dial up networking clients.

2 Enable multilink on RAS server. Install PPTP on the RAS server and on the dial up networking clients.

3 Configure RAS to use DHCP to assign remote clients address.

a. Required + two optional

b. Required + one optional

c. Required only

d. Does not met Required

Question 34:

Proposed Solution :

1 Configure RAS to use a static address pool with two address for dial up networking clients.

2 Enable multilink on RAS server. Install PPTP and use MSCHAP, and put check in encrypt data.

3 Configure RAS to use DHCP to assign remote clients address.

4 Configure Dial-up networking client s to use a server assigned IP address.

5 Disable the Guest account on the RAS server.

a. Required + two optional

b. Required + one optional

c. Required only

d. Does not meet Required

35. How can you configure the third DNS Sever which is to be configured for supporting the load balancing of a Primary Server and should not participate in Zone Trasfer Traffics?

a. as a caching only server

b. as a sencondary name server

c. as a forwarder for the exiting DNS server

d. as a forwarder for a WIS server

a (sure)

36. You use NT explorer on your NT Workstation and cannot connect to a server on a different subnet. All other computer s on your subnet can connect to the server. You use network monitor and you see that everytime you try to connect your workstation broadcasts an arp request for the servers IP address.

a. Workstation has invalid gateway

b. Workstation has invalid subnet mask

c. Workstation has duplicate IP number

d. Workstation doesn't support wins.

I chose "b" because I figured that the wks would send the req. to a default gateway if it knew the request was for a diff. Subnet. I can't be "a" because if the request was known to be remote, it would send it directly to the gateway and wouldn't need to arp, and then why arp the server unless you think the server is on your subnet.

37. You have a workstation that does not use DNS. It uses a HOSTS file. The HOSTS File has this entry (and a few others that are irrelevant): When you enter FTP 131.107.16.12 you connect to a server on a remote subnet. When you enter FTP developer you cannot connect.

a. Host name assigned is not Developer.

b. Host file does not contain the FQDN for the workstation.

c. The Host file on the workstation is not returning the correct IP address for the server.

d. The Host file on the workstation does not have a FQDN for the server.

I chose "a" because I knew that the IP number is correct if I can connect to the proper server using IP number. That only leaves the host name to be questionable. FQDNs are not necessary if the systems are on the same network. The Host file is a text file and is NOT case sensitive even though UNIX names are, it doesn't matter for windows.

38. Your Network ID is 142.170.2.0 Your Default gateway is 142.170.2.1 Your users cannot access the server. What's wrong? You type in IPCONFIG /all at you get:

Some irrelevant stuff

IP address 142.170.2.222

Subnet Mask 255.255.0.0

Default gateway 142.170.2.1

Primary Wins Server142.170.2.46

a. Subnet mask is wrong

b. NetBIOS scope ID is wrong

c. NetBIOS Node type is wrong

d. IP Address is out of the subnet's range.

I chose "a" because there is nothing to do with NB scope IDs or Node type necessarily. If there were it would be mentioned in the question. The IP address is not out of range given this current situation unless the subnet mask is wrong. In this scenario, everything is on the same network.

39. From you NT workstation you run ftp xx.yy.com and you connect to a remote server. When you use NT explorer you cannot connect. Why?

a. Your workstation is not configured to use DNS.

b. Your workstation has no default gateway.

c. The server has no default gateway.

d. The server is not configured to use wins.

I chose "d". It cannot be "a" because NT explorer doesn't need DNS. It can't be "b" because the Default gateway was used to run FTP. The server must have a default gateway to have returned an answer from ftp, or is that directed? In any case, the browsing service wouldn't detect the server if the server hasn't registered with the master browser and NT explorer uses the browse list.

40. Your company network is divided into 7 subnets ,you plan to use DHCP to assign ip address to all clients and want to specify a ip address of your companies two DNS servers ,on each client computer regardless of which subnet or client location on the subnet.

a. by create global option

b. by create local option

c. by create scope option

d. by create client option

a (sure)

41. Network ID of 01.107.0.0. Consists of 8 subnets. Allow for largest number of host Ids per subnet. Which subnet mask to assign?

a) 255.255.224.0

b) 255.255.240.0

c) 255.255.248.0

d) 255.255.252.0

b, which gives 14 subnets and 4094 host id's

42. Network consists of 3 subnets. You want to implement DHCP. Plan to install a DHCP server on one of the subnets. All windows based computers on each subnet will obtain their IP configuration from the DHCP server. Which are 2 possible locations for DHCP relay agents? (Choose 2)

a) on each subnet that does not contain the DHCP server

b) on subnet that contains the DHCP server

c) on router between subnets

d) on DHCP server

ac (sure)

43. Network has 3 subnets. Implement WINS. Plan to install a WINS server on one of the subnets. Want all windows based computers on each subnet to register their computer names with WINS. What should you do? choose all

a) Install WINS proxy on each subnet

b) Install DHCP relay agent on routers between subnet

c) On WINS, create a client reservation for each windows based computer

d) Configure each windows based computer with address of WINS server

a,d

44. Network has 3 subnets. Implement WINS. Plan to install a WINS server on all of the subnets. Want all windows based computers on each subnet to register their computer names with WINS. What should you do? choose all

a) Install WINS proxy on each subnet

b) Install DHCP relay agent on routers between subnet

c) On WINS, create a client reservation for each windows based computer

d) Configure each windows based computer with address of WINS server

d (sure of this)

45. You want to import the file that contains computer netbios names to IP address mappings into the WINS database. Which file to import?

a) dhcp.mdb

b) cache.dns

c) HOSTS

d) LMHOSTS

46. Match the following topics with its definition.

Client Reservation ______

Scope Option ______

Global Scope Option ______

Exclusions ______

DHCP Relay Agent ______

a. Changes made here affect all scopes available in the DHCP Server

b. Changes made here affect only the highlighted scope.

c. Used when you have a Static IP address reserved, so that no other DHCP clients can use that address.

d. Intercepts DCHP broadcasts and forwards the packets to the DCHP server

e. This option in DCHP scopes is Used when you have previously used IP addresses or have Unix boxes

47. You want to configure a DNS server to use DNS root server on the Internet to resolve DNS queries for names that are not in your DNS domain. How should you do this?

a. By using the CACHE file that was installed by default on the DNS server.

b. Primary Server

c. Secondary Server

d. Backup domain controller

a (sure)

48. Match the words with the definitions.

NBTSTAT ______

NETSTAT ______

TRACERT ______

IPCONFIG ______

NSLOOKUP ______

ROUTE ______

a. Examines entries in the DNS database that pertain to a particular host or domain

b. Displays protocol statistics and current TCP/IP connections using Netbios, also display the Netbios name cache

c. Displays protocol statistics and current TCP/IP connections since the server was last booted

d. Used to determine what route a packet takes to get from the source to the destination

e. Displays windows IP configuration settings

f. Displays and edits static routing tables.

b,c,d,e,a,f

49. drag/drop question, You have the following subnets, drop the correct browser function into each subnet.

Subnet A: PDC ___________

Subnet B: BDC ___________

Subnet C: WINS server ___________

a. Domain Master Browser

b. Master Browser

c. Backup Browser

d. Non Browser

pdc=domain master browser, bdc=master browser, wins=master browser

50. You have the following equipement, drag and drop the appropriate services into each area. (some may have no choices, while others may have multiple choices)

4 type of equipment:

TCP/IP printer ______

NT Workstation ______

NT Server ______

Unix host with printer ______

a. LPR

b. LPQ

c. TCP/IP Printing services

d. LPD

Answer:

NT Workstation--------lpr, lpq

NT Server------TCP/IP printing(LPD)

Unix host with printer------lpd

TCP/IP Printer------none

51. Match the following terms with its definition(drag and drop)

Primary DNS server ______

Secondary DNS server ______

Caching only server ______

Cache file ______

SOA record ______

Reverse Lookup file ______

Forwarder ______

Answers:

Primary Name Server---Responsible for name resolution for a "zone". Any changes in configuration to the Primary Name Server is automatically replicated to the Secondary Name Server.

Secondary Name Server--Maintains copy of zone information that it receives from the primary server or a secondary server. Provides redundancy and reduces the load on the primary name server

Caching-only server--Does not keep a permanent zone list. Caches resolved queries so it can resolve a second query to the same name immediately. Useful when placed at the ends of a slow Wan connection, because they can answer resolver requests but do not require zone database transfers.

Cache File--Contains the IP addresses of the root name servers in a file named cache.dns

SOA Record--contains the 3 types of resource records, which are CNAME, MX, and PTR

Reverse Lookup-records are used for IP address to name resolution in reverse lookup zones (in-adda.arpa)

Forwarder--Picks up broadcasts from clients and sends them to the DNS server

52. Pick the correct description of the NET USE command

answer: Used to map driver from remote resources, shows current connections to shared resources, also can be used to make and break connections.

53. What is the sequence of DNS name resolution?

answer: Hosts, DNS, Cache, Wins, Broadcast, LMhosts

remember Harry didnt cram well before leaving

54. What is the sequence of WINS name resolution?

answer: Cache, Wins, Broadcast, LMhosts, Hosts, DNS remember Cram well before leaving (and) He'll Do (well)

55. There is a router on your network that you suspect is dropping packets. From your NT server, what performance monitor measure would you use to determine if this is true?

a. IP: Bytes Total/Sec

b. IP: Output Queue Length

c. ICMP: Received Source Quench

d. ICMP: Sent Source Quench

56. You have laptop users running windows 95 that will be connecting to your network through the Internet. How do you ensure that security is maintained?

a. Install PPTP

b. Use MSCHAP security

c. PPP

d. SLIP

e. Use clear text, in RAS Options

57. A UNIX server is setup with the FTP daemon, and is configured not to use authentication for access. How do you connect?

Options included:

a. Use TFTP and logon as Guest

b. Use TFTP and logon as Anonymous

c. Use FTP and logon as Guest

d. Use FTP and logon as Anonymous

e. Use Telnet

d (sure) reason, TFTP and Telnet is not provided with daemon, and FTP supports anonymous logins.

58. There is a IP 172.28.113.86, Netmask : 255.255.252.0, follow which two are same subnet as it.

a. 172.28.81.3

b. 172.28.112.0

c. 172.28.112.255

d. 172.28.113.252

e. 172.28.116.1

59. You have the following configuration:

10.11.12.13 UNIX programmer # Programmers FTP server 10.11.12.14 server 10.11.12.15 UNIX developer #Developers FTP server 10.11.12.20 developer # developer

You try to ftp developer, and you can connect. But when you try ftp 10.11.12.20

you cannot connect. What is the problem?

a. The server is not on the same subnet as developer

b. Ip address of assigned to the FTP server is not 10.11.12.20

c. DNS is not installed

d. You should be trying to connect to 10.11.12.20 instead.

60. You are given the following information

187.123.34.19 product

187.123.23.45 develop

You can ping 187.123.34.19 , but you cannot connect \product. What is the problem?

a. B-node resolution

b. H-node

c. M-node

d. P-node resolution

61. What type of Snmp transactions can be performed by a SNMP manager and agent?

Place the following transactions in the appropriate box.

SNMP AGENT[] SNMP MANAGER[]

A. GET

B. SET

C. TRAP

D. GET-NEXT

answer: put trap in agent, and everything else in manager

62. KIM wants to install a windows NT workstation on one subnet of a domain. The name of the domain is ROK. All domain controller for the ROK are located on other subnets. T CP/IP is installed on the entwork. Wins is not installed. KIM wants to ensure that logon attemps from the Windows NT workstation computer are validated by a domain controller. How should KIM configure the workstation?

a. Add #DOM entry for each domain controller in the ROK domain to the hosts file.

b. ADD one #PRE entry and one #DOM entry for each domain controller in the ROK domain to the LMHOSTS file.

c. Install the DHCP relay agent service.

d. Set the IP address of the PDC as the default gateway address.

63. Working at her windows nt computer, Jenny wants to accumulate and view the TCP/IP protocol statistics on the server, what shoud she use?

a. ARP

b. NBTstat

c. Network Monitor

d. SMNP

e. Performance Montior

C (sure of this)

64. Bob manages a network that employs DHCP, DNS, and WINS services. He discovers that IP address to hostname resolution stops responding. What is the best way to troubleshoot this problem?

a. Examine the reverse lookup file using the nslookup utility

b. Flush the DNS server cache

c. Run nbtstat.exe on the DHCP server

d. Run netstat.exe on the WINS server

a (sure)

65. Dave wants the SNMP service on her Windows NT server computer to send trap messages to an SNMP trap destination. Which of the following must be supplied? Pick all that apply

a. SNMP management stations community

b. SNMP management stations IP address

c. SNMP management stations scope ID

d. SNMP management stations subnet mask

ab (sure)

66. Which of the following uses NDIS 4.0 to capture TCP/IP frames from a network datastream?

a. Performance Monitor

b. Netstat

c. NBTstat

d. Network Monitor

d (sure)

67. On her Windows Nt workstation, Sue can connect to a remote windows Nt server, by specifying the servers UNC path in windows nt explorer. However, when she tries to connect via FTP using the servers IP address 199.144.5.5 Sue cannot connect. What is one possible cause of the problem?

a. The default gateway address of the workstation is incorrect.

b. The default gateway address of the server is incorrect

c. The NT server computer is not set up to use the WINS service.

d. The Nt workstation is denied access to the FTP servers directories

68. Working at a NT server computer, Bill wants to view a chart of the TCP/IP protocol statistics on his server, what should he use?

a. Network Monitor

b. Netstat

c. NBTstat

d. Performance Monitor

d (sure of this)

69. You want to capture and decode TCP/IP packets on your Nt server computer, What must you use?

a. ICMP

b. Network Monitor

c. Performance Monitor

d. Netstat

e. NBTstat

b (sure)

70. Which commands can you use to see the routing tables of a windows nt server computer? Pick all that apply

a. arp

b. nbtstat

c. netstat

d. route

cd (sure)

71. Bill is connected to a remote host via FTP when her session appears to stop resonding. What command should Bill use to check the connection?

a. Netstat

b. Nslookup

c. Route

d. Network Monitor

a (sure)

72. Which of the following will individually allow you to see a summary of both IP statistics and ethernet statistics for a NT server machine? pick two

a. IPconfig

b. nbtstat

c. netstat

d. network monitor

cd (sure)

------------------------------------

Hi everyone. I just passed the TCP/IP test, it is an adaptive, I got 25 question, test has 10-15 adeptive questions and 10 general questions. It is difficult but not very difficult, if you study well and have some hand on experience on the TCP/IP you can easily pass the test. The passing score is 570. You have enough time to think and understand the question, read every question and answer very carefully before you hit next button. Time is allowed is 90 min.

I am contributing in BrianDump with some question that will help you to pass the test. I don’t remember all the question word by word, but it copy some question from the Transender test those are very close to the acute TCP/IP test. * indicate the correct answer, if I am wrong pl. correct me. Thank BrainDump it is a very helpful resource.

Read these topics carefully

One question asking about PPTP and MS-CHAP

by activating Microsoft multi-protocol routing

by activating multi-link

by activating PPTP advanced security

by activating PPTP filtering

by activating RAS security

FTP Directory permissions

2 Question on Drag and Drop:

Question 1: with graphic, and they have ip address for local pc, loopback address, far side gateway address, and nt server address. The graphic has picture with local pc connecto to a router on the other side NT server is connected. And they were asking what is the sequence to troubleshooting . MY answer was 1st ping loop back address, 2nd ping local pc, 3rd Far side router ip address, and 4th is NT server ip address.

Question 2: with the graphic they six number to match the appropate sequence.

Local Cache Broadcast

Hosts file

DNS Server

WINS Server

LMHOSTS file

Broadcast

I am not sure for the sequence, you guy figure it out. Here is some note that help you:

Note: Hosts always check their cache first for name resolution before employing other options. In h-node mode (which first employs p-node, then b-node), the host next polls the WINS server. If the WINS server fails, the host broadcasts on the local subnet for name resolution. Finally, should broadcasting fail, the LMHOSTS file is examined.

If you are running Performance Monitor and you want see ip packages in the Performance Monitor what do you need.

Network Monitor agent

SNMP service

not remember

DHCP Rely agent

Fran uses a Windows NT Workstation computer on a TCP/IP network with several subnets. Running the command ftp 144.104.3.4, she connects to a Windows NT Server computer on a remote subnet. However, when Fran specifies the same server's UNC path in Windows NT Explorer, she cannot connect. What is the most likely cause of the problem?

*The server is not set up to use a WINS server.

The server's default gateway address is incorrect.

The workstation is denied access to the FTP server's directories.

The workstation is not set up to use a DNS server.

The workstation's default gateway address is incorrect.

From his Windows NT Workstation computer, Phillip wants to connect to a Windows NT Server computer on a remote subnet. When he runs the command ftp remoteserv.sspcorp.com, he makes the connection. However, when he tries to connect to the same server by specifying its computer name in Windows NT Explorer, he fails to connect. What is a possible cause of the problem?

The workstation is not set up to use the DNS service.

*The server is not set up to use the WINS service.

The subnet mask on the workstation is incorrect.

The subnet mask on the server is incorrect

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?

All other computers on the user's subnet are non-Windows-based computers.

The default gateway address on the Windows 95 computer is incorrect.

*The subnet mask on the Windows 95 computer is incorrect.

The WINS server for her subnet is down

Cindy has just installed the DNS service on a Windows NT Server computer. She needs to add a resource record for her domain's mail server. Which resource record must she add?

CNAME

*MX

PTR

WKS

Not exectly the same question some thing similer to this question: Working at a Windows NT Server computer, Mark wants to view a chart of TCP/IP protocol statistics for his server. What should he use?

arp

nbtstat

netstat

Network Monitor

*Performance Monitor

Rachel fails repeatedly to access a local Windows NT Server computer on her subnet. Using Network Monitor to troubleshoot the problem, she finds that every time she tries to connect to the server, her workstation broadcasts an ARP request for the default gateway. No other users on the TCP/IP network have trouble accessing the server. What is the cause of Rachel's problem?

The workstation is not set up to use the DNS service.

The workstation is not set up to use the WINS service.

The workstation is set up with a duplicate IP address.

*The workstation is set up with an incorrect subnet mask.

Dustin's network has 2 DNS servers. Dustin plans to set up a third DNS server. Dustin plans to use this third DNS server to process DNS queries for Internet resources. How should this third DNS server be set up?

as a zone server

*as a forwarder

as a primary server

as a secondary server

Suppose the following situation exists:

Brandy administers a TCP/IP network of Microsoft-based computers on four subnets. She wants to install two DHCP servers, each on a separate subnet, that will automatically assign IP addresses to the host computers.

Required result:

Each DHCP server must act as a backup server if the other DHCP server is down.

Optional desired results:

DHCP should provide the same unique IP address to each Windows NT Server computer when that server initializes.

DHCP should assign the IP addresses of the WINS servers and DNS servers to all DHCP clients.

Proposed solution:

On each subnet, install the DHCP Relay Agent.

For each Windows NT Server computer, create a client reservation.

On one of the DHCP servers, define a DHCP scope for each subnet. In each scope, define the IP address range available to that subnet. For each scope, copy its IP address range to the other DHCP server.

Which results does the proposed solution produce?

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

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

The proposed solution produces the required result, but does not produce any of the optional desired results.

*The proposed solution does not produce the required result.

Suppose the following situation exists:

Tom administers a TCP/IP network of Microsoft-based computers on six subnets. He wants to install two DHCP servers, each on a separate subnet, that will automatically assign IP addresses to the host computers.

Required result:

Each DHCP server must act as a backup server if the other DHCP server is down.

Optional desired results:

DHCP should provide the same unique IP address to each Windows NT Server computer when that server initializes.

DHCP should assign the IP addresses of the WINS servers and the DNS servers to all DHCP clients.

Proposed solution:

On each subnet, install the DHCP Relay Agent.

For each Windows NT Server computer, create a client reservation.

On one of the DHCP servers, define a DHCP scope for each subnet. In each scope, define the IP address range available to that subnet. Assign half of the available IP addresses on each subnet to each scope.

On the other DHCP server, define a DHCP scope for each subnet. In each scope, define the IP address range available to that subnet. Assign the remaining half of the available IP addresses on each subnet to each scope.

Which results does the proposed solution produce?

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

*The proposed solution produces the required result and one of the optional desired results.

The proposed solution produces the required result, but does not produce any of the optional desired results.

The proposed solution does not produce the required result.

Roger administers several hundred Windows-based computers on a TCP/IP network with five subnets. Many users have laptop computers that run Windows 95. Roger wants to automatically assign IP addresses to these laptop computers each time they connect. Which service must Roger configure?

*DHCP

DNS

FTP

SNMP

WINS

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?

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

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

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

*The proposed solution does not produce the required result.

Suppose the following situation exists:

John wants to install a Windows NT Server computer with three network adapter cards on his 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. Enable IP forwarding on the server.

Install the Address Resolution Protocol (ARP) on the server.

Install DHCP services on the server. Create one scope for each subnet.

Which results does the proposed solution produce?

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

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

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

The proposed solution does not produce the required result.

Suppose the following situation exists:

Ted wants to install a Windows NT Server computer with five network adapter cards on his 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. Enable IP forwarding on the server.

Install the Address Resolution Protocol (ARP) on the server.

Install WINS on the server.

Install the DHCP service on the server. Create one scope for each subnet.

Install the SNMP service on the server. Set up SNMP to forward trap messages to the UNIX server.

Which results does the proposed solution produce?

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

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

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

The proposed solution does not produce the required result.

Suppose the following situation exists:

Roger administers a TCP/IP network of Microsoft-based computers on six subnets. He wants to install two DHCP servers, each on a separate subnet, that will automatically assign IP addresses to the host computers.

Required result:

Each DHCP server must act as a backup server if the other DHCP server is down.

Optional desired results:

DHCP should provide the same unique IP address to each Windows NT Server computer when that server initializes.

DHCP should assign the IP addresses of the WINS servers and DNS servers to all DHCP clients.

Proposed solution:

On each subnet, install the DHCP Relay Agent.

For each Windows NT Server computer, create a client reservation.

On the DHCP servers, enable and configure the 44 WINS/NBNS Servers, and the 46 WINS/NBT Node Type options and the 006 DNS server options.

Which results does the proposed solution produce?

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

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

The proposed solution produces the required result, but does not produce any of the optional desired results.

The proposed solution does not produce the required result.

Suppose the following situation exists:

Shelly administers a TCP/IP network of Microsoft-based computers on six subnets. She wants to install two DHCP servers, each on a separate subnet, that will automatically assign IP addresses to the host computers.

Required result:

Each DHCP server must act as a backup server if the other DHCP server is down.

Optional desired results:

DHCP should provide the same unique IP address to each Windows NT Server computer when that server initializes.

DHCP should assign the IP addresses of the WINS servers and DNS servers to all DHCP clients.

Proposed solution:

On each subnet, install the DHCP Relay Agent.

On one of the DHCP servers, define a DHCP scope for each subnet. In each scope, define the IP address range available to that subnet.

Assign half of the available IP addresses on each subnet to each scope.

On the DHCP servers, enable and configure the 44 WINS/NBNS Servers, and the 46 WINS/NBT Node Type options and the 006 DNS server options.

Which results does the proposed solution produce?

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

*The proposed solution produces the required result and one of the optional desired results.

The proposed solution produces the required result, but does not produce any of the optional desired results.

The proposed solution does not produce the required result.

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 alpha-numeric 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.

Which results does the proposed solution produce?

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

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

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

The proposed solution does not produce the required results.

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 the WINS server, make static mapping entries for the UNIX computers.

Which results does the proposed solution produce?

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

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

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

The proposed solution does not produce the required results.

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.

Install a DNS server and configure it for name resolution.

Set up the DHCP server to supply all DHCP clients with the IP address of both the WINS server and the DNS 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 the WINS server, make static mapping entries for the UNIX computers.

Which results does the proposed solution produce?

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

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

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

The proposed solution does not produce the required results

John has just set up PPTP on his RAS server which connects his local network to the Internet. With PPTP filtering enabled, how does the RAS server provide for network security?

The RAS server allows the administrator to set the RAS server port for Dial Out Only, Receive Calls Only, or Dial Out and Receive Calls connections.

*The RAS server allows only PPTP packets to enter the local network.

The RAS server allows only PPTP packets to leave the local network.

The RAS server enforces call-back security

Barbara administers a TCP/IP network that is comprised of multiple domains. The network is divided into eight subnets. Barbara wants every Windows-based computer to be able to browse every domain. Which entries must Barbara include in the LMHOSTS file on each Windows-based computer?

one entry for each BDC in each remote domain

*one entry for each PDC in each remote domain

*one entry for each domain controller in the local domain

one entry for each router on the network

You discover that errors in the LMHOSTS file of your Windows NT Server computer are creating problems on your network. After correcting the LMHOSTS file, which command will you issue to purge the server's NetBIOS name cache?

Arp

*nbtstat

netstat

ping

route

Similar question with different options I don’t recall answers: You sets up a RAS server that connects to an Internet Service Provider (ISP) over an ISDN line. How should the default gateway address be configured so that Windows 95 users on the local network can access the Internet through the RAS server

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?

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

*on the DNS server, enable WINS resolution

on the DNS server, enable WINS reverse lookup

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

In planning for the expansion of your company's network, you want to capture and decode TCP/IP packets on your Windows NT 4.0 Server computer. What must you use?

ICMP

*Network Monitor

Performance Monitor

d. UDP