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New Cisco 300-101 Exam Dumps Collection (Question 14 - Question 23)
Q1. Which two OSPF network types can operate without a DR/BDR relationship? (Choose Two)
A. Point-to-multipoint
B. Point-to-point
C. nonbroadcast
D. nonbroadcast multi-access
E. broadcast
Answer: A,B
Q2. Refer to the exhibit.
Which command allows hosts that are connected to FastEthernet0/2 to access the Internet?
A. ip nat inside source list 10 interface FastEthernet0/1 overload
B. ip nat outside source static 209.165.200.225 10.10.10.0 overload
C. ip nat inside source list 10 interface FastEthernet0/2 overload
D. ip nat outside source list 10 interface FastEthernet0/2 overload
Answer: A
Q3. Refer to the exhibit.
The 6to4 overlay tunnel configuration has been applied on each router to join isolated IPv6 networks over a IPv4 network. Which statements regarding the 6to4 overlay tunnel is true?
A. The least significant 32 bits in the address referenced by the ipv6 route 2002::/16 Tunnel0 command will correspond to the interface E0/0 IPv4 address
B. The least significant 32 bits in the address referenced by the ipv6 route 2002::/16 Tunnel0 command will correspond to the IPv4 address assigned to the tunnel source
C. The configuration is invalid since the tunnel source command must be configured with an IPv6 address
D. This is actually a configuration example of an IPv4-compatible tunnel and not a 6to4 tunnel
E. This is actually a configuration example of an ISATAP overlay tunnel and not a 6to4 tunnel
Answer: B
Explanation:
6to4 tunnels use IPv6 addresses that concatenate 2002::/16 with the 32-bit IPv4 address of the edge router, creating a 48-bit prefix. The tunnel interface on R1 has an IPv6 prefix of 2002:4065:4001:1::/64, where 4065:4001 is the hexadecimal equivalent of 64.101.64.1, the IPv4 address of its interface in the IPv4 network. The tunnel interface on R2 has an IPv6 prefix of 2002:4065:4101:1::/64, where 4065:4101 is the hexadecimal equivalent of 64.101.65.1, the IPv4 address of its interface in the IPv4 network.
When R1 receives a packet with IPv6 destination address of 2002:4065:4101:1:: (from the left IPv6 network, for example) R1 will:
* Take the IPv6 destination address of that packet (2002:4065:4101:1::) and convert it into
an IPv4 address. In this case, the IPv4 address is 40.65.41.01 in hexa, which is 64.101.65.1 in decimal format.* R1 encapsulates the IPv6 packet in an IPv4 packet with a destination address of 64.101.65.1; the packet is routed normally through the IPv4 network to R2* R2 receives the IPv4 packet, decapsulates and routes it normally to its final IPv6 destination.
Q4. In SNMP v3, which security level provides encryption of the data?
A. authMember
B. noAuthNoPriv
C. authNoPriv
D. authPriv
Answer: D
Q5. Which two reductions are the correct reductions of the IPv6 address 2001:0d02:0000:0000:0014:0000:0000:0095? (Choose two)
A. 2001:0d02:::0014:::0095
B. 2001:d02::14::95
C. 2001:d02:0:0:14::95
D. 2001:d02::14:0:0:95
Answer: C,D
Explanation:
We canu2021t use triple colons (:::) in IPv6 presentation. Also We canu2021t use double colons (::) twice. You can use it only once in any address because if two double colons are placed in the same address, there will be no way to identify the size of each block of 0s. Remember the following techniques to shorten an IPv6 address:
- Omit leading 0s in the address field, so :0000 can be compressed to just :0 and :0d02 can be com-pressed to :d02 (but :1d00 can not be compressed to :1d)
- Use double colons (::), but just once, to represent a contiguous block of 0s, so 2001:0d02:0000:0000:0014:0000:0000:0095 can be compressed to 2001:0d02::14:0:0:95 or 2001:0d02:0:0:14::95
Q6. A network engineer wants to baseline the network to determine suitability for real-time voice applications. Which IP SLA operation is best suited for this task?
A. ICMP-echo
B. ICMP-jitter
C. UDP-connect
D. UDP-jitter
E. TCP-connect
F. UDP-echo
Answer: F
Q7. What is the function of the snmp-server manager command?
A. to enable the device to send and receive SNMP requests and responses
B. to disable SNMP messages from getting to the SNMP engine
C. to enable the device to send SNMP traps to the SNMP server
D. to configure the SNMP server to store log data
Answer: A
Explanation: The SNMP manager process sends SNMP requests to agents and receives SNMP responses and notifications from agents. When the SNMP manager process is enabled, the router can query other SNMP agents and process incoming SNMP traps. Most network security policies assume that routers will be accepting SNMP requests, sending SNMP responses, and sending SNMP notifications. With the SNMP manager functionality enabled, the router may also be sending SNMP requests, receiving SNMP responses, and receiving SNMP notifications. The security policy implementation may need to be updated prior to enabling this functionality.
SNMP requests are typically sent to UDP port 161. SNMP responses are typically sent from UDP port 161. SNMP notifications are typically sent to UDP port 162.
Q8. Which option is the first task that a device that is configured with NAT64 performs when it receives an incoming IPv6 packet that matches the stateful NAT64 prefix?
A. It translates the IPv6 header into an IPv4 header.
B. It checks the IPv6 packet against the NAT64 stateful prefix.
C. It translates the IPv6 source address to an IPv4 header.
D. It translates the^ IPv4 destination address into a new NAT64 state.
E. It performs an IPv6 route lookup.
Answer: A
Q9. What following parameters for the EIGRP authentication need to match in order for EIGRP neighbors to establish a neighbor relationship?
A. Autonomous System number.
B. K-Values
C. If authentication is used both: the key number, the password, and the date/time.
D. The neighbors must be on common subnet (all IGPs follow this rule).
Answer: C
Q10. Which problem can be caused by latency on a UDP stream?
A. The device that sends the stream is forced to hold data in the buffer for a longer period of time.
B. The overall throughput of the stream is decreased.
C. The device that receives the stream is forced to hold data in the buffer for a longer
period of time.
D. The devices at each end of the stream are forced to negotiate a smaller window size.
Answer: C
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