Refer to the exhibit. From the MAC addresses shown in the command output， to which two ports is the multicast stream 225.230.57.199 being forwarded on this switch？ （）https://assets.asklib.com/images/image2/201807240909385063.jpg

A .  Fa7/28 B .  Fa7/20 C .  Gi3/7 D .  Fa4/2 E .  Fa4/14 F .  Fa4/38 G .  Fa6/28 H .  Fa5/7

A . Fa6/28 B . Fa7/20 C . Gi3/7 D . Fa4/2 E . Fa4/14 F . Fa4/38 G . Fa6/38 H . Fa5/7

A . No configuration file was found in NVRAM. B . No configuration file was found in flash. C . No configuration file was found in the PCMCIA card. D . Configuration file is normal and will load in 15 seconds.

A .  172.30.1.0/24 and 10.1.2.0/24；EIGRP only performs autosummarization at the edge between two major networks. B .  172.30.0.0/16 and 10.1.2.0/24；R2 will perform autosummarization although R1 will not. C .  Since R2 is configured without autosummarization， it will not propagate the 172.30.1.0/24 route. D .  172.30.0.0/8 and 10.0.0.0/8.

A . RTP traffic is exchanged between IP phone P1 and IP phone P2. IP phone P1 alerts the CCM of off-hook state. CCM instructs IP phone P1 to provide dialtone. IP phone P1 passes digits to CCM. CCM routes call to PSTN or IP phone P2. B . CCM instructs IP phone P1 to provide dialtone. IP phone P1 alerts the CCM of off-hook state. IP phone P1 passes digits to CCM. CCM routes call to PSTN or IP phone P2. RTP traffic is exchanged between IP phone P1 and IP phone P2.  C . CCM instructs IP phone P1 to provide dialtone.IP phone P1 alerts the CCM of off-hook state. IP phone P1 passes digits to CCM. RTP traffic is exchanged between IP phone P1 and IP phone P2. CCM routes call to PSTN or IP phone P2. D . IP phone P1 alerts the CCM of off-hook state. CCM instructs IP phone P1 to provide dialtone. IP phone P1 passes digits to CCM. CCM routes call to PSTN or IP phone P2. RTP traffic is exchanged between IP phone P1 and IP phone P2.

A . ASw1(config)# interface range FastEthernet 0/1 - 24 ASw1(config - if - range)# ip forward - protocol udp 67 ASw1(config - if - range)# ip forward - protocol udp 68 B . ASw1(config)# interface range FastEthernet 0/1 - 24 ASw1(config - if - range)# ip helper - address 10.1.2.10 C . RTA(config)# interface fastethernet0/0 RTA(config -if)# ip forward- protocol udp 67 RTA(config - if)# ip forwar d- protocol udp 68 D . RTA(config)# interface fastethernet0/1 RTA(config -if)# ip forward- protocol udp 67 RTA(config -if)# ip forward- protocol udp 68 E . RTA(config)# interface fastethernet0/0 RTA(config - if)# ip helper - address 10.1.2.10 F . RTA(config)# in terface fastethernet0/1 RTA(config - if)# ip helper - address 10.1.2.10

A . RIP routes will be allowed in Area 1 only if they are first redistributed into EIGRP. B . Because NSSA will discard type 7 LSAs, redistributed RIP routes will not be allowed in Area 1. C . Redistrib uted RIP routes will be allowed in Area 1 because they will be changed into type 5 LSAs in Area 0 and passed on into Area 1. D . Redistributed RIP routes will be allowed in Area 1 because they will be changed into type 7 LSAs in Area 0 and passed on into Area 1. E . Because Area 1 is an NSSA, redistributed RIP routes will not be allowed.

A .  Issue the mls qos trust cos command on the switch port connected to the IP phone. B .  Issue the switchport priority extend cos command on the switch port connected to the IP phone. C .  Issue the switchport priority extend cos command on the IP phone. D .  Issue the mls qos trust cos command on the IP phone.

A . 172.30.1.0/24 and 10.1.2.0/24； EIGRP only performs autosummarization at the edge between two major networks. B . 172.30.0.0/16 and 10.1.2.0/24； R2 will perform autosummarization， although R1 will not. C . Since R2 is configured without autosummarization， it will not propagate the 172.30.1.0/24 route. D . 172.30.0.0/8 and 10.0.0.0/8.

A . OSPFv3 uses global IPv6 addresses to establish neighbor adjacencies. B . RT1 has a subnet mask of 64 bits . C . RT1 has FastEthernet0/0 set as a DR for network type broadcast. D . OSPFv3 uses Link - local addresses to establish neighbor adjacencies. E . RT1does not have a global IPv6 address set on FastEthernet0/0. F . OSPFv3 uses IPv4 addresses to establish nei ghbor adjacencies.

A . The switch port will perform marking for the ingress voice and data traffic by using the  defaultCoS value at the switch port. B . The switch port will trust theCoS value of the ingress voice and data traffic that comes into the  switch port. C . The switch port will trust theCoS value of the ingress voice traffic. Data traffic will be marked at  the switch port with the default CoS value. D . The switch port will trust theCoS value of the ingress data traffic. Voice traffic will be marked at  the switch port with the default CoS value.

A . (config) ip nat pool isp-net 1.2.4.2 netmask 255.255.255.0 overload B . (config-if) ip nat outside overload C . (config) ip nat inside source list 1 interface ethernet1 overload D . (config-if) ip nat inside overload

A . The command standby 1 preempt was added to Catalyst_A B . Catalyst_A is load sharing traffic in VLAN 50 C . Hosts using the default gateway address of 192.168.1.1 will have their traffic sent to192.168.1.11 even after Catalyst_A becomes available again D . Hosts using the default gateway address of 192.168.1.2 will have their traffic sent toCatalyst_A

A . The router sent an IGMP version 2 query out interface Ethernet1 at multicast address 224.0.0.1. B . Router RTA received an IGMP report version 1 from host 192.168.9.1. C . Reverse Path Forwarding (RPF) is ena bled for 192.168.9.4. D . Reverse Path Forwarding (RPF) is enabled for 224.0.1.40. E . The IP multicast groups are 224.0.0.1, 224.0.1.40, and 239.255.0.1. F . IP PIM RP mapping is static.

A .  The minimum data retry count from AP1 is exceeded. B .  The maximum data retry count from AP1 is exceeded. C .  The client has missed too many beacons from AP1. D .  The client data rate from AP1 has been reduced. E .  The client has received too many beacons from AP2. F .  The client data rate from AP2 has been increased.

A . 172.16.0.0/16 B . 172.16.0.0/20 C . 172.16.0.0/24 D . 172.32.0.0/16 E . 172.32.0.0/17 F . 172.64.0.0/16

A . show ip route B . show policy - map C . show access - lists D . show route - ma

A . The router will forward packets from R3 to R2 to R1 B . The router will forward packets from R3 to R1 C . The router will forward packets from R3 to R1 to R2 D . The router will forward packets from R3 to R2 to R1 AND from R3 to R1

A . Redistribution must be enabled mutually (in both directions) to work correctly. B . auto - summary causes the OSPF routes redistributed into EIGRP to be summarized; thus the OSPF network 116.16.34 is summarized to 116.3 4.0.0, which is already covered by the EIGRP protocol. C . Default metrics are not configured under EIGRP. D . Both routing protocols must have unique autonomous system numbers for redistribution to function correctly.

A .  The transmitted signal from the AP arrives at the client at slightly different times resulting in  phase shifting. B .  If signal 2 is close to 360 degrees out of phase with signal 1， the result is essentially zerosignal  or a dead spot in the WLAN. C .  Multipath interference is less of an issue when using a DSSS technology because multipath is  frequency selective. D .  If signal 1 is in phase with signal 2， the result is essentially zerosignal or a dead spot in the  WLAN. E .  Multipath interference is solved by using dual antennas.

A . Router1 has specific boot system command that instruct it to load IOS from TFTP server. B . Router1 is acting as a TFTP server for other routers. C . Router1 cannot locate a valid IOS image in flash memory. D . Router1 defaulted to ROMMON mode and loaded the IOS image from a TFTP server. E . Cisco routers will first attempt to load a image from TFTP for management purposes.

A . 172.30.1.0/24 and 10.1.2.0/24；EIGRP only performs autosummarization at the edge between two major networks B . 172.30.0.0/16 and 10.1.2.0/24；R2 will perform autosummarization，although R1 will not C . Since R2 is configured without autosummarization，it will not propagate the 172.30.1.0/24 route D . 172.30.0.0/8 and 10.0.0.0/8

A . The IP address for Server A is a broadcast address. B . The IP address for Workstation B is a subnet address. C . The gateway for Workstation B is not on the same subnet. D . The gateway for Server A is not on the same subnet.

A . TherouterwillforwardpacketsfromR3toR2toR1 B . TherouterwillforwardpacketsfromR3toR1 C . TherouterwillforwardpacketsfromR3toR1toR2 D . TherouterwillforwardpacketsfromR3toR2toR1ANDfromR3toR1