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New Cisco 300-101 Exam Dumps Collection (Question 2 - Question 11)
Question No: 2
Which three options are valid DHCPv6 functions? (Choose three.)
A. Server
B. client
C. approver
D. requester
E. requester
F. ACK
G. relay
Answer: A,B,G
Question No: 3
CORRECT TEXTA network engineer enables OSPF on a Frame Relay WAN connecton to various remote stes, but no OSPF adiacencies come up Which two actions are possible solutions for thisissue? (Choose Two)
A Change the network type to point-to-murpont under WAN interface
B. Enable virtual Inks
C. Change the networktype to nonbroadcast mutpoint access
D. Configure the neighbor command under OSPF process for each remote ste
E. Ensure that the OSPF process number matches among all remote stes
Answer: A, D
Question No: 4
Which two GRE features can you configure to prevent fragmentation? (Choose Two)
A. IP MTU
B. MTU ignore
C. TCP MSS
D. UDP windows sizes
E. MTUD
F. DF bit clear
Answer: C,F
Question No: 5
Refer to the exhibit.
Which option prevents routing updates from being sent to the DHCP router, while still allowing routing update messages to flow to the Internet router and the distribution switches?
A. DHCP(config-router)# passive-interface default DHCP(config-router)# no passive- interface Gi1/0 Internet(config-router)# passive-interface Gi0/1 Internet (config-router)# passive-interface Gi0/2
B. Core(config-router)# passive-interface Gi0/0 Core(config-router)# passive-interface Gi3/1 Core(config-router)# passive-interface Gi3/2 DHCP(config-router)# no passive- interface Gi1/0
C. Core(config-router)# passive-interface default Core(config-router)# no passive-interface Gi0/0 Core(config-router)# no passive-interface Gi3/1 Core(config-router)# no passive- interface Gi3/2
D. Internet(config-router)# passive-interface default Core(config-router)# passive-interface default DSW1(config-router)# passive-interface default DSW2(config-router)# passive- interface default
Answer: C
Question No: 6
Which functionality is required within an IP router that is situated at the boundary of an IPv4 network and an IPv6 network to allow communication between IPv6-only and IPv4-only nodes?
A. Autoconfiguration
B. Automatic 6to4 Tunnel
C. Automatic 6to4 Relay
D. Network Address Translator-Protocol Translator (NAT-PT)
E. Intrasite Automatic Tunnel Address Protocol (ISATAP)
Answer: D
Question No: 7
What option can be used for uRPF in loose mode on the command? ip verify unicast source reachable-via
A. rx
B. any
C. allow-default
Answer: B
Question No: 8
Given the network diagram.
Which address would successfully summarize only the networks seen?
A. 192.168.0.0/24
B. 192.168.8.0/20
C. 192.168.8.0/21
D. 192.168.12.0/20
E. 192.168.16.0/21
F. These networks cannot be summarized.
Answer: C
Explanation:
let's suppose it is a /20 then we would have addresses from 192.168.0.1 to 192.168.15.255 Now let's suppose it is a /21 then we would have addresses from 192.168.8.1 to 192.168.15.255
So both summaries encompass the networks we want to summarize but the second one is the most restrictive one as it only encompasses the networks we were asked to summarize and not others so it is the correct summary.
In fact just count the number of subnets which is 8 and find the exponent of 2 which is 8, that gives you 3 and to find out the summary mask just do /24 - 3 = /21.
if you make it in binary you'll find out the answer too: the interesting octet is 3rd one so let's convert in binary. 8 0000 1000
9 0000 1001
10 0000 1010
11 0000 1011
12 0000 1100
13 0000 1101
14 0000 1110
15 0000 1111
I've bolded the bits in common there are 5 so 16+5=21 which is mask and address is 192.168.8.0
Question No: 9
Refer to the exhibit.
Which statement about the configuration is true?
A. This configuration is incorrect because the MTU must match the ppp-max-payload that is defined.
B. This configuration is incorrect because the dialer interface number must be the same as the dialer pool number.
C. This configuration is missing an IP address on the dialer interface.
D. This configuration represents a complete PPPoE client configuration on an Ethernet connection.
Answer: D
Question No: 10
Refer to the exhibit.
Which statement is true?
A. RTA will redistribute the RIP routers into the NSSA as type 7 LSAs. RTB will translate the type 7 LSAs into type LSAs and flood them throughout the OSPF backbone.
B. RTA will redistribute the RIP routers into the NSSA as type 7 LSAs. RTB will flood the type 7 LSAs throughout the backbone.
C. RTA will redistribute the RIP routers into the NSSA as type 5 LSAs. RTB will flood the type 5 LSAs throughout the backbone.
D. RTA will redistribute the RIP routers into the NSSA as type 5 LSAs. RTB will translate the type of 5 LSAs unto type 7 LSAs and flood them throughout the OSPF backbone.
E. RTA will not redistribute the RIP routers into the NSSA.
Answer: A
Question No: 11
Refer to the exhibit.
Which two statements are true about the router configuration? (Choose two.)
A. This configuration allows applications on the same segment to communicate via IPv4 or IPv6.
B. This configuration is referred to as a dual-stack 6to4 tunnel.
C. This configuration is referred to as a dual stack.
D. This configuration will attempt to route packets using IPv4 first, and if that fails, then IPv6.
Answer: A,C
Explanation:
This router demonstrates an example of an IPv6 Dual Stack configuration. Dual stack (Figure 1 below) runs both IPv4 and IPv6 protocol stacks on a router in parallel, making it similar to the multiprotocol network environments of the past, which often ran Internetwork Packet Exchange (IPX), AppleTalk, IP, and other protocols concurrently. The technique of deploying IPv6 using dual-stack backbones allows IPv4 and IPv6 applications to coexist in a dual IP layer routing backbone. The IPv4 communication uses the IPv4 protocol stack, and the IPv6 communication uses the IPv6 stack.
As a transition strategy, dual stack is ideal for campus networks with a mixture of IPv4 and IPv6 applications.
Figure 1: Dual-Stack Example
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