The following access list below was applied outbound on the E0 interface connected to the 192.169.1.8/29 LAN: https://assets.asklib.com/images/image2/2018073010294287195.jpg How will the above access lists affect traffic?（）

A . jettison cargo B . immobilize the engine C . transfer cargo D . transfer bunker

A . RouterTK(config-line)# access-class 10 in B . RouterTK(config-if)# ip access-class 23 out C . RouterTK(config-line)# access-list 150 in D . RouterTK(config-if)# ip access-list 128 out E . RouterTK(config-line)# access-group 15 out F . RouterTK(config-if)# ip access-group 110 i

A . permit all packets matching the first three octets of the source address to all destinations B . permit all packet matching the last octet of the destination address and accept all source addresses C . permit all packet matching the host bits in the source address to all destinations D . permit all packet from the third subnet of the network address to all destinatio

A . PACLs can be applied in the inbound or outbound direction of a Layer 2 physical interface.  B . At Layer 2， a MAC address PACL will take precedence over any existing Layer 3 PACL. C . When you apply a port ACL to a trunk port， the ACL filters traffic on all VLANs present on the trunk port. D . PACLs are not supported on EtherChannel interfaces.

A . show access-list B . show ip access-list C . show ip interface D . show interface E . show interface list

A . /var/rmc/ctrmc.acls B . /etc/ctrmc/rsct.acls C . /etc/security/rsct.acls D . /usr/sbin/rsct/cfg/ctrmc.acl

A . show access-list B . show ip route C . show ip interface D . show interface E . show interface list F . show ip interface brief

A . permit all packets matching the first three octets of the source address to all destinations B . permit all packets matching the last octet of the destination address and accept all source addresses C . permit all packets from the third subnet of the network address to all destinations D . permit all packets matching the host bits in the source address to all destinations E . permit all packets to destinations matching the first three octets in the destination addre

A . All traffic will be allowed to exit E0 except FTP traffic. B . FTP traffic from 192.168.1.22 to any host will be denied. C . FTP traffic from 192.168.1.9 to any host will be denied. D . All traffic exiting E0 will be denied. E . All FTP traffic to network 192.168.1.8/29 from any host will be denied.

A . ACLs monitor the number of bytes and packets. B . Virus detection. C . ACLs dentify interesting traffic for DDR. D . ACLs provide IP route filtering. E . ACLs provide high network availability. F . ACLs classify and organize network traffic.

A . Individual statements in a named access list may be deleted. B . They require a numbered range from 1000 to 1099. C . When created, they must be specified as standard or extended. D . They are created with the ip access-list command. E . The entire access list must be deleted before editing. F . They are applied with the ip name-group command.

A . Router# ping 192.168.13.26 B . Router# debug access-list 172 C . Router# show open ports 192.168.13.26 D . Router# show access-list E . Router# show ip interface

A . show interface list B . show ip route C . show ip interface D . show ip interface brief E . show interface

A . FTP traffic from 192.169.1.22 will be denied B . No traffic, except for FTP traffic will be allowed to exit E0 C . FTP traffic from 192.169.1.9 to any host will be denied D . All traffic exiting E0 will be denied E . All FTP traffic to network 192.169.1.9/29 will be denied

A . IETF B . PFC C . ASIC D . TCAM

A . check any of the bits in the source address B . permit any wildcard mask for the address C . accept any source address D . check any bit in the destination address E . permit 255.255.255.255 0.0.0.0 F . accept any destinatio

A . permit all packets matching the first three octets of the source address to all destinations B . permit all packets matching the last octet of the destination address and accept all source addresses C . permit all packets from the third subnet of the network address to all destinations D . permit all packets matching the host bits in the source address to all destinations E . permit all packets to destinations matching the first three octets in the destination addre

A . Optional authentication phase, link establishment phase, network layer protocol phase. B . Network layer protocol phase, link establishment phase, optional authentication phase. C . Network layer protocol phase, optional authentication phase, link establishment phase. D . Link establishment phase, network layer protocol phase, optional authentication phase. E . Link establishment phase, optional authentication phase, network layer protocol phase. F . Optional authentication phase, network layer protocol phase, link establishment phase.

A . You should place standard ACLS as close as possible to the source of traffic to be denied. B . You should place extended ACLS as close as possible to the source of traffic to be denied. C . You should place standard ACLS as close as possible to the destination of traffic to be denied. D . You should place extended ACLS should be places as close as possible to the destination of traffic to be denied.

A . lsvg -p datavg B . lsvg -l datavg C . lsvg -L datavg D . lsvg -o datavg

A . access-list 15 deny telnet any 10.10.1.0 0.0.0.255 eq 23 B . access-list 115 deny udp any 10.10.1.0 eq telnet C . access-list 15 deny tcp 10.10.1.0 255.255.255.0 eq telnet D . access-list 115 deny tcp any 10.10.1.0 0.0.0.255 eq 23 E . access-list 15 deny udp any 10.10.1.0 255.255.255.0 eq 23

A . You can delete individual statements in a named access list B . Named access lists require a numbered range from 1000 to 1099. C . Named access lists must be specified as standard or extended. D . You can use the ip access-list command to create named access lists. E . You cannot delete individual statements in a named access list. F . You can use the ip name-group command to apply named access lists.

A．Thailand B．Singapore C．China’s Taiwan D．China’s Hong Kong