Source address源地址
第1题:
Your boss is learning a CCNA training course,refer to the exhibit.The access list has been configured on the S0/0 interface of router RTB in the outbound direction.Which two packets,if routed to the interface,will be denied?()access-list 101 denytcp192.168.15.320.0.0.15any eq telnetaccess-list 101 permitip any any

A.source ip address:192.168.15.5;destination port: 21
B.source ip address:,192.168.15.37 destination port: 21
C.source ip address:,192.168.15.41 destination port: 21
D.source ip address:,192.168.15.36 destination port: 23
E.source ip address:192.168.15.46;destination port: 23
F.source ip address:,192.168.15.49 destination port: 23
第2题:

A.source ip address:192.168.15.5 destination port:21
B.source ip address:192.168.15.37 destination port:21
C.ssource ip address192.168.15.41 destination port:21
D.source ip address:192.168.15.36 destination port:23
E.source ip address:192.168.15.46 destination port:23
F.source ip address:192.168.15.49 destination port:23
第3题:
IPv6包头中的字段包括哪些()
第4题:
What is the function of the Cisco IOS command ip nat inside source static 10.1.1.5 172.35.16.5?()
第5题:
Which statement describes the behavior of source NAT with address shifting?()
第6题:
What keywords do you need to the access-list to provide to the logging message like source address and source mac address?()
第7题:
On which options are standard access list based?()
第8题:
Which three attributes are carried in a source active message?()
第9题:
Log
Log-input
Log-output
Logging
第10题:
IP source address is forged
IP destination address is forged
IP TCP source port is forged
IP TCP destination port is forged
None of above
第11题:
第12题:
interface-based source NAT
source NAT with address shifting
source NAT using static source pool
interface-based source NAT without PAT
source NAT with address shifting and PAT
第13题:
A.protocol
B.VLAN number
C.TCP or UDP port numbers
D.source switch port number
E.source IP address and destination IP address
F.source MAC address and destination MAC address
第14题:
A.Version(版本)
B.Traffic Class(业务负载类别)
C.Flow Label(流标号)
D.Payload Length(有效负载长度)
E.Next Header(下一包头)
F.Hop Limit(跳转限度)
G.Source Address(源地址)
H.Destination Address(目标地址)
第15题:
What is the function of the Cisco IOS command ip nat inside source static 10.1.1.5 172.35.16.5()。
第16题:
Which three methods of source NAT does the Junos OS support?() (Choose three.)
第17题:
Which three methods of source NAT does JUNOS Software support?()
第18题:
What three pieces of information can be used in an extended access list to filter traffic (Choose three.)()。
第19题:
Which of one the following fields is contained within an IEEE Ethernet frame header?()
第20题:
permit all packets matching the first three octets of the source address to all destinations
permit all packets matching the last octet of the destination address and accept all source addresses
permit all packets from the third subnet of the network address to all destinations
permit all packets matching the host bits in the source address to all destinations
permit all packets to destinations matching the first three octets in the destination address
第21题:
Source NAT with address shifting translates both the source IP address and the source port of a packet.
Source NAT with address shifting defines a one-to-one mapping from an original source IP address to a translated source IP address.
Source NAT with address shifting can translate multiple source IP addresses to the same translated IP address.
Source NAT with address shifting allows inbound connections to be initiated to the static source pool IP addresses.
第22题:
interface-based source NAT
source NAT with address shifting
source NAT using static source pool
interface-based source NAT without PAT
source NAT with address shifting and PAT
第23题:
It creates a global address pool for all outside NAT transactions.
It establishes a dynamic address pool for an inside static address.
It creates dynamic source translations for all inside local PAT transactions.
It creates a one-to-one mapping between an inside local address and an inside global address.
It maps one inside source address to a range of outside global addresses.