Choose all that apply. A. Specify users and groups who have access to each shared resource. B. Supply a password for each shared resource. A. Any computer can make its resources available to any other computer on the network. B. Dumb terminals are connected to a central host computer that performs all
processing. C. Any computer on the network can be both a client and a server. D. Client computers access a server that performs back-end services. A. It provides fast but unreliable delivery of datagrams. B. It provides assurance of packet delivery. C. It uses store-and-forward techniques to move datagrams between computers. D. It uses message-oriented communication for processing e-mail. Which data link communications protocol is Barbara's computer using? A. DLC B. SLIP C. PPP A. DLC B. NFS C. NWLink IPX D. XNS A. ISDN basic rate interface B. X.25 C. T1 D. ATM A. 56-Kbps digital line B. X.25 C. Frame relay D. ATM You are designing a WAN that will connect 3 existing networks in Dallas, Denver, and
New Orleans. Required result: � All of the computers on each of the 3 networks must be able to communicate with any
other computer on the 3 networks. � The WAN links must be capable of transmitting data at a minimum speed of 1 Mbps. Optional desired results: � You want to provide continued communications in the event of a single-link failure. � You want to provide continued communications at a minimum speed of 1 Mbps in the
event of a single-link failure. Proposed solution: Connect the 3 networks by using 2 T1 links, as shown in the accompanying Exhibit.
Diagram of the proposed WAN. Which results does the proposed solution produce? A. The proposed solution produces the required results and produces both of the
optional desired results. B. The proposed solution produces the required results and produces only 1 of the
optional desired results. C. The proposed solution produces the required results but does not produce any of the
optional desired results. D. The proposed solution does not produce the required results. A. protocol analyzer B. volt-ohmmeter C. optical time domain reflectometer (OTDR) D. time domain reflectometer (TDR) Network monitoring shows that network utilization has grown from 30 percent to 70
percent of maximum capacity in the past year. You will add 24 client computers and 1
server within 3 months. You want to reduce network utilization. Required result: � You must reduce network utilization by 50 percent. Optional desired results: � You want to allow for continued network growth. � You want to maintain the new network utilization levels even after the planned
additions to the network are implemented. � You want to minimize costs for the project. Proposed solution: Change the maximum packet size on all of the computers from 1,514 bytes to 576 bytes.
Replace all Category 3 UTP cable with Category 5 UTP cable. Increase TCP window size from
4,096 bytes to 16,384 bytes. Which results does the proposed solution produce? A. The proposed solution produces the required result and produces all of the optional
desired results. B. Tthe proposed solution produces the required result and produces only 2 of the
optional desired results. C. The proposed solution produces the required result but does not produce any of the
optional desired results. D. The proposed solution does not produce the required result. A. Star. B. Bus. C. Ring. D. Linear. A. IPX B. SPX C. TCP D. IP E. UDP A. An application server centrally manages all user accounts. B. An application server stores more data than a file-and-print server does. C. An application server transfers only the results of database queries to client
computers. D. An application server transfers the entire database to client computers. A. WINS server. B. DHCP server. C. Router. D. NetBIOS broadcast A. Repeater B. Bridge C. Router D. Gateway A. The transceiver setting of the network adapter is incorrect. B. The IO port address on the network adapter is incorrect. C. The cable segment is not properly terminated. D. The packet-size setting is incorrect. � Answer Microsoft Exam 70-058
to manage the remote servers. What should you install and configure to resolve the
computer names
of the servers ? (chose 2)
a. DNS server
b. DHCP server
c. WINS server
d. LMHOST file
e. RAS server
I chose C&D and made a mistake(it was my very first question) because I figured that a managing computer is a member of domain and thus connected to it permanently. Now I realize that I was wrong. Computers that have to be managed are on REMOTE subnets. I would now probably chose B&E because you need to install RAS server on a member server in a domain and configure DHCP service on it which will then provide a client with an IP address, default gateway, subnet mask and (if configured) with an IP address of WINS server. D&E would also work here.
a. CAT 3 UTP cable supports higher bandwidth than RG-58 /U coaxial cable.
b. UTP cable supports longer cable segments.
c. UTP cable is less susceptible to electrical interference than RG-58 /U coaxial cable.
d. UTP cable is easier to install than RG-58 /U coaxial cable.
D.
a. Application servers are used to validate user logons to a network.
b. Both file-and-print and application servers can store date.
c. Application servers run both the server portion and the client portion of an
application.
d. The entire contents of a data file are transferred over the network when a client
computer accesses the data file on a file-and-print servers.
I chose B&D. C is definitely wrong and A is true(remember NetLogon service?) but I wouldn't tell that to a customer.
a. Reconfigure all computers to use TCP/IP as their only protocol.
b. Install a second Ethernet adapter in each server.
c. Segment the network by installing a router.
d. Segment the network by installing a bridge.
D. You must install a bridge because the NetBEUI protocol is not routable and hence
various segments would not be
able to communicate.
a. Both FAT
b. Both NTFS
c. First FAT and second NTFS
d. First NTFS and second FAT
B. You can boot from an NTFS partition.
a. Ethernet
b. Token Ring
c. FDDI
d. X.25
e. ATM
E.
** FDDI is a high-speed LAN that runs at 100MBbps.
You need to upgrade your network performance so, the answer must be ATM.
a. star
b. bus
c. ring
d. mesh
I chose B but I am not 100% sure. Star topology would require hubs and they are expensive. If I'm not mistaken ring topology should be cheap as well.
a. Category 3 UTP cable
b. Category 4 UTP cable
c. Fiber-optic
d. RG-58 A/U coax cable
C.
a. Incorrect subnet mask on the client computer.
b. Incorrect IP address on the client computer.
c. Incorrect frame type on the client computer.
d. Corrupted WIN.INI file on the client computer.
I chose C but, if B should be the case you also would NOT be able to access network resources...
a. ISDN basic rate
b. X.25
c. T1
d. ATM
D.
a. Repeater
b. Bridge
c. Router
d. Gateway
C.