Windows NT
Why does a high number of broadcast messages adversely affect overall network performance?

Every computer on the network must process each broadcast message
None of these
Broadcast messages are automatically routed to every segment of a LAN
No computer on the network can transmit data until each broadcast message has been acknowledged by every computer on the network
Each broadcast message requires an acknowledgement packet from every computer on the network

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Windows NT
With a cell-backplane architecture, the data rate on the backplane is significantly greater than the aggregate data rate of the ports

True
The station that hold the token has the highest priority on the network
FALSE
None of these
A token contains information that is used to route messages between rings

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Windows NT
In your company, 2 Ethernet Networks are connected with a router. All network connections run TCP/IP. Your new client computer can access only the computers on your side of the router. All other computers are able to access one another. What is the most likely cause of the problem?

defective network adapter in the router
None of these
incorrect termination of the destination network
malfunctioning repeater
incorrect subnet mask on your client computer

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Windows NT
Another drawback with repeaters is that the traffic generated on one segment is propagated onto the other segments

True
Copy files from a Windows NT Workstation computer to a Windows NT Server computer
FALSE
Mirror the files on multiple partitions from one Windows NT Server computer to another
None of these

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Windows NT
A company has a department that consists of 15 engineers. The engineers have data that needs to be accessible only to their own team. The department continually has engineers arriving and departing, and it is difficult to identify a single administrator for the department Which model would be the best for this situation?

A workgroup mode, with each engineer administering his or her own computer
A single domain mode, with all data kept on the controller for the domain
None of these
A complete trust mode, with each engineer's computer trusting the other engineer's computers
A master domain mode, with each engineer trusting the master domain and the data stored on the server

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