CCNA Routing and Switching

Q1. You have a switch in a stack that needs to be replaced. You are concerned that the configuration will be lost for the switch but anyway you go for the replacement , then what will happen when it is replaced?

The replacement switch will automatically download the configuration for the switch member number it’s configured for from the master
The replacement switch will need to have its configuration transferred from the existing switch to be replaced
The replacement switch will need to have the configuration TFTP transferred after replacement manually by the network admin
The replacement switch will need manual configuration since the interfaces will be renumbered

Q2. You want to upgrade the stack’s IOS.What is all that needs to be done . Assumption : model of all switches in the stack is same.

The IOS image cannot be changed once a stack is configured
Each switch needs to be upgraded independently
Only the master switch needs to be upgraded
Each switch in the stack needs to be configured with a TFTP location to boot from, and then they all must be reloaded

Q3. For allocating the host portion of the IPv6 addresses, you are putting to use the EUI-64 method . The MAC address of the host is 401e:32e4:ff03. Identify the correct IP address for a network ID of fd00:3:3::?

fd00:3:3::421e:32ff:ffe4:ff03/64
fd00:3:3::421e:32ff:fee4:ff03/64
fd00:3:3::fffe:421e:32e4:ff03/64
fd00:3:3::401e:32ff:fee4:ff03/64

Q4. Which address is a EUI-64 generated address?

2001:db8:17:fffe:f623::ff34:5623/64
2001:db8:aa::f654:56ff:fe34:a633/64
2001:db8:33::f629:58fe:ff35:5893/64
fd00:4:33::f680:45ca:ac3b:5a73/64

Q5. Which command would use the MAC address for the host portion of the IPv6 address on a router interface?

Router(config-if)# ipv6 address 2001:db8:1234::/64 eui-64
Router(config-if)# ipv6 address 2001:db8:1234::/64 mac
Router(config-if)# ip address 2001:db8:1234::/64 mac-address
Router(config-if)# ip address eui-64 2001:db8:1234::/64

Q6. To perform a task of finding the joined multicast groups for an IPv6 interface, which command would you use?

Router# show mutlicast
Router# show ipv6 routes
Router# show ipv6 multicast
Router# show ipv6 interface gi 0/1

Q7. To configure a single anycast address on a router’s interface, which command would you give?

Router(config-if)# ip address 2001:db8:1:1:1::12/64
Router(config-if)# ipv6 anycast address 2001:db8:1:1:1::12/128
Router(config-if)# ipv6 address 2001:db8:1:1:1::12/64 anycast
Router(config-if)# ipv6 address 2001:db8:1:1:1::12/128 anycast

Q8. The type of IPv6 addressing which allows for a one-to-closest address for IP services is _________-

Unicast address
Multicast address
Anycast address
Loopback address

Q9. What type of address is ::1/128?

Loopback address
Multicast address
Anycast address
Unicast address

Q10. The maximum length of a stacking cable for switch stacks is __________

10 meters
1 meter
3 meters
5 meters

Q11. There is a category of automatic address assignment which does not allow for EUI-64 addressing. Which one is that in the given choices?

SLAAC addressing
Static addressing
Stateful DHCPv6 addressing
Stateless DHCPv6 addressing

Q12. A link-local address from the given choices is __________-

ff00:101:4ab0:3b3e::10
fe80:db80:db01:ada0:1112::1
2005:acd:234:1132::43
fd00:ac34:34b:8064:234a::7

Q13. Select the global unicast address.

ff00:101:4ab0:3b3e::10
fe80:db80:db01:ada0:1112::1
fd00:ac34:34b:8064:234a::7
2005:acd:234:1132::43

Q14. Select the switch type in a switch stack which downloads it configuration, forwarding table,and ACLs.

Topology switch
Subordinate switch
Provisioned switch
Master switch

Q15. which part of the address is allotted by the RIR, or Regional Internet Registry for global unicast address?

First 64 bits
First 48 bits
First 32 bits
First 23 bits

Q16. The type of address which always uses the EUI-64 addressing mechanism is _____

Global unicast addresses
SLAAC addresses
Link-local addresses
Anycast addresses

Q17. Identify the valid unique-local address from the given options.

fe80:d2e1:e24:63::25/64
fd00:1edc:bae:eea4::2478/64
fec0:1111:2e3c:eab3::5/64
fc00:4fec:ecf2:343::e44/64

Q18. The type of IPv6 addressing allowing for a one-to-many address for IP services is _______----

Unicast address
Loopback address
Anycast address
Multicast address

Q19. Which address is a multicast address?

2005:acd:234:1132::43
ff00::10
fe80:db80:db01:ada0:1112::1
fd00:ac34:34b:8064:234a::7

Q20. Which address is a unique-local address?

fd00:ac34:34b:8064:234a::7
fe80:db80:db01:ada0:1112::1
2005:acd:234:1132::43
ff00::10

Q21. What conclusion can you infer from the given IPv6 address of 2030:3454:aabb::/64 ?

The IP has been given to you by the Regional Internet Registry
The IP has been given to you by IANA
The IP has been given to you by the Internet service provider
The IP address is a unique-local address

Q22. You are connected to a switch stack and in order to verify how the stack is cabled, Which command would be put to use?

Sw-Stk#show stack-ports
Sw-Stk#show switch stack-ports
Sw-Stk#show stack
Sw-Stk#show switch cabling

Q23. You want to make sure that the top switch in the stack always becomes the master. What will you do make sure that it always wins the election?

Set the priority to 16
Set the priority to 15
Set the priority to 0
Set the priority to 1

Q24. You want to verify the master switch in the switch stack, and this information is displayed by which command ?

Sw-Stk#show switch
Sw-Stk#show stack
Sw-Stk#show stack ids
Sw-Stk#show stack-master

Q25. The IPv6 address type similar to IPv4 RFC 1918 addresses is ___________

EUI-64 addresses
Global unicast addresses
Anycast addresses
Link-local addresses

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CCNA Routing and Switching

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