Practice Questions

Question 1

You are creating a two-way demand-dial connection between two Win2K RRAS servers. When creating the user account on the answering router, what must you remember?

  • A. Any user account name can be used.

  • B. The user account name should match the demand-dial interface name of the answering router.

  • C. The user account name should match the demand-dial interface name of the calling router.

  • D. The user account name must match the computer name of the answering router.

A1:

Answer C is correct. When creating demand-dial connections, the user account name created on the answering router must match the demand-dial interface name on the calling router. Therefore, answers A, B, and D are incorrect.

Question 2

The routers on your internal LAN are Windows 2000 RRAS Servers running RIPv2. The network address range is 192.168.10.0 to 192.168.30.0. How can you prevent the routers from adding routes that fall within a certain network range?

  • A. Create IP packet filters

  • B. Create RIP route filters

  • C. Create network filters

  • D. Create IP route filters

A2:

Answer B is correct. To control the routes that a router accepts and adds to the routing table, RIP route filters can be created. Answer A is incorrect because IP filters are used to filter IP traffic based on protocol type and port number. Answers D and C are incorrect because there are no such options.

Question 3

Users in a branch office need occasional access to data located in the corporate office by means of a demand-dial connection. You want the connection to be established only during the day ”not after 6p.m. or before 6a.m. How should you proceed?

  • A. Using the Dial-out hours, highlight 6p.m. “6a.m. Sunday to Saturday and click Permitted.

  • B. Using the Dial-out hours, highlight 12a.m. “6a.m. and 6p.m. “12p.m. Sunday to Saturday and click Denied .

  • C. Using the Dial-out hours, highlight 6p.m. “6a.m. Sunday to Saturday and click Denied.

  • D. Using the Dial-out hours, highlight 12a.m. “6a.m. and 6p.m. “12p.m. Sunday to Saturday and click Permitted.

A3:

Answer B is correct. To limit when the demand-dial connection is available, the dial-out hours can be set. To limit the hours of use between 6a.m. and 6p.m., highlight 6p.m. “12p.m. and 12a.m. “6a.m. and select Denied. This means the demand-dial connection is not available during these hours. Answers A and C are incorrect because the hours that need to be denied cannot be set in a single selection. Answer D is incorrect because the configuration would make the demand-dial connection available between the hours of 6p.m. to 6a.m.

Question 4

You are creating a user account on an answering router that will be used to authenticate a calling router. When configuring the password, which of the following options should be enabled or disabled? [Choose all that apply.]

  • A. Disable the User Must Change Password at Next Logon option.

  • B. Disable the User Cannot Change Password option.

  • C. Enable the Password Never Expires option.

  • D. Disable the Password Never Expires option.

  • E. Enable the User Must Change Password at Next Logon option.

A4:

Answers A and C are correct. When configuring the password options for the user account, deselect the User Must Change Password at Next Logon option and select the Password Never Expires option. Answers B, D, and E are incorrect because configuring these options as such may result in the calling router not being able to authenticate with the answering router.

Question 5

Your internetwork consists of seven subnets. All subnets are connected using Windows 2000 RRAS servers. Non-persistent demand-dial connections have been configured. You do not want to be burdened with updating the routing tables and want any changes made to the network topology propagated immediately. Which of the following should you implement?

  • A. Static routes

  • B. ICMP

  • C. OSPF

  • D. RIPv2

A5:

Answer D is correct. To have changes propagated throughout the network when changes occur and to reduce the administrative overhead associated with updating the routing tables, a routing protocol is required. Because OSPF cannot be used with non-persistent connections, RIPv2 must be used (or RIPv1). Therefore, answers A and C are incorrect. Answer B is incorrect because ICMP is not a routing protocol.

Question 6

There are five subnets on your internetwork. You are configuring Windows 2000 RRAS servers to route between the subnets. Your goal is to do this while minimizing the administrative overhead associated with maintaining the routing tables and minimize the amount of traffic generated between routers when updating routing tables. Which of the following should you do?

  • A. Configure static routes on all routers.

  • B. Implement OSPF.

  • C. Implement RIPv1.

  • D. Implement RIPv2.

A6:

Answer B is correct. OSPF is the best choice in this situation because it does not generate as much traffic when updating the routing tables as RIPv1 and RIPv2 do. Therefore, answers C and D are incorrect. Answer A is incorrect because configuring static routes would greatly increase the administrative overhead associated with maintaining the routing tables.

Question 7

Which of the following routing protocols can be used with non-persistent demand-dial connections? [Choose all that apply.]

  • A. RIPv2

  • B. RIPv1

  • C. OSPF

  • D. ARP

A7:

Answers A and B are correct. Both RIPv1 and RIPv2 can be used with non-persistent demand-dial connections. Answer C is incorrect because OSPF can only be used with persistent demand-dial connections. Answer D is incorrect because ARP is not a routing protocol.

Question 8

Which of the following commands would add a static route to a routing table?

  • A. route -p 192.168.126.0 mask 255.255.255.0 192.168.125.1 metric 2

  • B. route add 192.168.126.0 mask 255.255.255.0 192.168.125.1 metric 2

  • C. route add 192.168.126.0 255.255.255.0 192.168.125.1 metric 2

  • D. route add 192.168.126.0 mask 255.255.255.0 gateway 192.168.125.1 metric 2

A8:

Answer B is correct. The correct syntax when adding new static routes using the route command is route add <network> mask <subnetmask> <gateway> metric . Therefore answers A, C, and D are incorrect.

Question 9

A demand-dial connection has been configured between subnet A and subnet B. Router A on subnet A will be configured as the calling router thereby providing users access to resources on subnet B. Router B will be the answering router. Which of the following steps needs to be completed when configuring static routing? [Choose all that apply.]

  • A. Configure a static route on Router A.

  • B. Configure a static route for the user account on Router B.

  • C. Configure a static route on Router B.

  • D. Configure a static route for the user account on Router A.

A9:

Answers A and B are correct. A static route must be created on the calling router (Router A), telling it where to send packets destined for a specific network. A static router must also be configured for the user account on Router B used by the calling router. Answer C is incorrect because it is only a one-way demand-dial connection. Answer D is incorrect because a user account is required only on the answering router for a one-way demand-dial connection.

Question 10

You have several subnets on the network. You add two new Windows 2000 RRAS servers that will perform routing along with the existing servers. You recall that RIPv1 and RIPv2 routers can interoperate so you configure the new routers with RIPv2. Upon examination, you discover that the RIPv2 routers are communicating with one another but not with any of the existing RIPv1 routers. What is causing the problem?

  • A. RIPv1 and RIPv2 routers do not interoperate.

  • B. The RIPv2 routers are configured to use multicasting.

  • C. The RIPv1 routers are configured to use multicasting.

  • D. The RIPv2 routers are configured to use broadcasts.

A10:

Answer B is correct. Because RIPv1 does not support multicasting, any RIPv1 routers cannot communicate with RIPv2 routers configured for multicasting. Answer A is incorrect because RIPv1 and RIPv2 routers can communicate. Answer C is incorrect because RIPv1 does not support multicasting. Answer D is incorrect because the RIPv2 routers must be configured to use broadcasts to communicate with the RIPv1 routers.



Windows 2000 Network Infrastructure Exam Cram 2 (Exam 70-216)
MCSE Windows 2000 Network Infrastructure Exam Cram 2 (Exam Cram 70-216)
ISBN: 078972863X
EAN: 2147483647
Year: 2005
Pages: 167

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