최신Alcatel-Lucent Nokia IP Networksand Services Fundamentals - 4A0-100무료샘플문제

A. Ethernet II can be used on broadcast networks where as 802.3 was designed for point-to-point networks.

B. Ethernet II identifies its payload type where as 802.3 indicates the frame length.

C. Ethernet II identifies its frame length while 802.3 indicates the payload type.

D. Ethernet II and Ethernet 802.3 are two different names for the same protocol.

A. Provides an universal addressing scheme

B. Provides a physical interface to the network.

C. Provides reliable data transfers.

D. Ensures data is delivered across the Layer 2 network.

A. An eBGP peering session with router R1, and iBGP peering sessions with routers R3 and R4

B. An iBGP peering session with router R1, and an eBGP peering session with router R4

C. iBGP peering sessions with routers R1 and R5

D. eBGP peering sessions with routers R1, R3 and R4

A. An IP filter is used to examine an IP packet and its contents.

B. An IP filter is applied to allow or deny IP packets into a network.

C. Once an IP filter is applied it cannot be modified.

D. Multiple ingress and egress filter policies can be applied to a network interface.

A. An IP-filter may have multiple match criteria per entry.

B. The default-action of an IP-filter is always drop.

C. Multiple IP-filters can be applied in each direction.

D. An IP-filter may only be applied to a single interface if the scope is set to template.

E. IP-filters may be applied on interface ingress, egress, or both.

A. It is part of the network interface layer of the TCP/IP protocol suite.

B. It uses IP addresses to identify interfaces on the common network media.

C. It uses a passive, wait-listen protocol called Carrier Sense Multiple Access with Collision Detection (CSMA/ CD).

D. It is a broadcast technology that can send frames to all devices attached to shared media.

A. By only keeping the best routes in the routing table.

B. By not advertising directly connected routes.

C. By rejecting duplicate route advertisements.

D. By allowing a block of routes to be represented by one route.

A. Real-time audio application such as VoIP.

B. Web browser.

C. Email application.

D. Telnet.

A. Adds only an IP address entry for an unknown device on the same subnet.

B. Transmits ICMP messages to multiple hosts with unknown IP addresses.

C. Used by IP to map an unknown IP address to the known hardware address of the distant host.

D. Resolves the MAC address of a host device given its IP address.

A. Destination port

B. Checksum

C. MTU

D. SYN

E. Window size

A. VPLS

B. ISP

C. VPRN

D. BGP

E. VPWS

A. IP

B. FTP

C. Ethernet

D. TCP

A. It supports VLSM and address aggregation.

B. It is a link state protocol.

C. It supports hierarchy using multiple areas.

D. It uses hop-count for route selection.

A. Router R1 is an iLER for LSP B and an eLER for LSP A.

B. Router R1 is an iLER for LSP A and an eLER for LSP B.

C. Router R1 is an iLER for both LSPs.

D. Router R1 is an eLER for both LSPs.

A. 255.255.0.0

B. 255.255.254.0

C. 255.255.224.0

D. 255.255.128.0

A. Devices on different VLANs cannot communicate with each other.

B. Devices on different VLANs can communicate with each other if there is an IP router to connect the VLANs.

C. Devices on different VLANs can communicate with each other as long as the switches they are attached to are connected to each other with an Ethernet connection.

D. Devices on different VLANs can communicate with each other as long as they are connected to the same switch.

A. 5

B. 2

C. 1

D. 6