M5 Flashcards

1
Q

What command can a technician use on a computer to see if DNS is functioning properly?

ipconfig
net share
nslookup
net use

A

nslookup

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2
Q

Which two OSI model layers have the same functionality as two layers of the TCP/IP model? (Choose two.)

physical
data link
network
transport
session

A

network
transport

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3
Q

What is one advantage of using the cut-through switching method instead of the store-and-forward switching method?

provides the flexibility to support any of Ethernet speeds
has a lower latency appropriate for high-performance computing applications
makes a fast forwarding decision based on the source MAC address of the frame
has a positive impact on bandwidth by dropping most of the invalid frames

A

has a lower latency appropriate for high-performance computing applications

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4
Q

Which solution improves web response time by deploying multiple web servers and DNS servers?

memcaching
distributed databases
sharding
load balancing

A

load balancing

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5
Q

What will a host on an Ethernet network do if it receives a frame with a unicast destination MAC address that does not match its own MAC address?

It will remove the frame from the media.
It will forward the frame to the next host.
It will strip off the data-link frame to check the destination IP address.
It will discard the frame.

A

It will discard the frame.

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6
Q

What is the common term given to SNMP log messages that are generated by network devices and sent to the SNMP server?

auditing
warnings
acknowledgments
traps

A

traps

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7
Q

What is the function of the Nslookup utility?

to manually force a client to send a DHCP request
to display all cached DNS entries on a host
to view the network settings on a host
to manually query the name servers to resolve a given host name

A

to manually query the name servers to resolve a given host name

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8
Q

What type of address is 01-00-5E-0A-00-02?

an address that reaches every host in the network
an address that reaches every host inside a local subnet
an address that reaches a specific group of hosts
an address that reaches one specific host

A

an address that reaches a specific group of hosts

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9
Q

Refer to the exhibit. The PC is sending a packet to the Server on the remote network. Router R1 is performing NAT overload. From the perspective of the PC, match the NAT address type with the correct IP address. (Not all options are used.)

Inside global

Choices:
203.0.113.5
203.0.113.14
192.0.2.2
192.0.2.1
10.130.5.1
10.130.5.76

A

192.0.2.1

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10
Q

Refer to the exhibit. The PC is sending a packet to the Server on the remote network. Router R1 is performing NAT overload. From the perspective of the PC, match the NAT address type with the correct IP address. (Not all options are used.)

Outside global

Choices:
203.0.113.5
203.0.113.14
192.0.2.2
192.0.2.1
10.130.5.1
10.130.5.76

A

203.0.113.5

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11
Q

Refer to the exhibit. The PC is sending a packet to the Server on the remote network. Router R1 is performing NAT overload. From the perspective of the PC, match the NAT address type with the correct IP address. (Not all options are used.)

Inside local

Choices:
203.0.113.5
203.0.113.14
192.0.2.2
192.0.2.1
10.130.5.1
10.130.5.76

A

10.130.5.76

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12
Q

Match the OSI layer to the layer number. (Not all options are used.)

PHYSICAL LAYER

Choices:
7
6
5
4
3
2
1

A

PHYSICAL LAYER - 1

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13
Q

Match the OSI layer to the layer number. (Not all options are used.)

SESSION LAYER

Choices:
7
6
5
4
3
2
1

A

SESSION LAYER - 5

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14
Q

Match the OSI layer to the layer number. (Not all options are used.)

PRESENTATION LAYER

Choices:
7
6
5
4
3
2
1

A

PRESENTATION LATER - 6

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15
Q

Match the OSI layer to the layer number. (Not all options are used.)

TRANSPORT LAYER

Choices:
7
6
5
4
3
2
1

A

TRANSPORT LAYER - 4

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16
Q

Match the OSI layer to the layer number. (Not all options are used.)

DATA LINK LAYER

Choices:
7
6
5
4
3
2
1

A

DATA LINK LAYER - 2

17
Q

Match the OSI layer to the layer number. (Not all options are used.)

APPLICATION LAYER

Choices:
7
6
5
4
3
2
1

A

APPLICATION LAYER = 7

18
Q

Match the OSI layer to the layer number. (Not all options are used.)

NETWORK LAYER

Choices:
7
6
5
4
3
2
1

A

NETWORK LAYER - 3

19
Q

A high school in New York (school A) is using videoconferencing technology to establish student interactions with another high school (school B) in Russia. The videoconferencing is conducted between two end devices through the Internet. The network administrator of school A configures the end device with the IP address 209.165.201.10. The administrator sends a request for the IP address for the end device in school B and the response is 192.168.25.10. Neither school is using a VPN. The administrator knows immediately that this IP will not work. Why?

This is a link-local address.
This is a private IP address.
There is an IP address conflict.
This is a loopback address.

A

This is a private IP address.

20
Q

Refer to the exhibit. An organization is using static NAT to translate the private IP address of Host A to a single public IP address leased from the ISP. Which address is the inside global address of Host A?

209.165.202.129
203.0.113.2
192.168.2.253
192.168.1.1
192.168.1. 10

A

209.165.202.129

21
Q

Consider the following routing table entry for R1:

D 10.1.1.0/24 [90/2170112] via 209.165.200.226, 00:00:05, Serial0/0/0
What is the significance of the Serial0/0/0?

It is the interface on the final destination router that is directly connected to the 10.1.1.0/24 network.
It is the R1 interface through which the EIGRP update was learned.
It is the interface on the next-hop router when the destination IP address the 10.1.1.0/24 network.
It is the interface on R1 used to send data that is destined for 10.1.1.0/24.

A

It is the interface on R1 used to send data that is destined for 10.1.1.0/24

22
Q

A device has an IPV6 address listed as 2001:0DB8:75a3:0214:0607:1234:aa10:ba01. What is the interface ID of the device?

2001:0DB8:75a3
ba01
0607:1234:aa10:ba01
2001:0DB8

A

0607:1234:aa10:ba01

23
Q

In what two situations would UDP be the preferred transport protocol over TCP? (Choose two.)

when applications need to guarantee that a packet arrives intact, in sequence, and unduplicated
when a faster delivery mechanism is needed
when delivery overhead is not an issue
when applications do not need to guarantee delivery of the data
when destination port numbers are dynamic

A

when a faster delivery mechanism is needed

when applications do not need to guarantee delivery of the data

24
Q

Refer to the exhibit. A computer that is configured with the IPv4 address as shown in the exhibit is unable to access the internet. What is the problem?​

The gateway address is in the wrong subnet.
The IP address is a network address.
The settings were not validated.
The IP address is a broadcast address.

A

The gateway address is in the wrong subnet.

25
What IPv4-related DNS record type is used by a DNS server in response to a host requesting for a web server address via the URL? AAAA record NS record A record MX record
A record
26
In what two situations would UDP be better than TCP as the preferred transport protocol? (Choose two.) when applications need to guarantee that a packet arrives intact, in sequence, and unduplicated when a faster delivery mechanism is needed when delivery overhead is not an issue when applications do not need to guarantee delivery of the data when destination port numbers are dynamic
when a faster delivery mechanism is needed when applications do not need to guarantee delivery of the data
27
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. Source Address Choices: first field second field third field fourth field fifth field sixth field seventh field
fourth field
28
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. FCS Choices: first field second field third field fourth field fifth field sixth field seventh field
seventh field
29
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. Destination Address Choices: first field second field third field fourth field fifth field sixth field seventh field
third field
30
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. EtherType Choices: first field second field third field fourth field fifth field sixth field seventh field
fifth field
31
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. Preamble Choices: first field second field third field fourth field fifth field sixth field seventh field
first field
32
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. Data Choices: first field second field third field fourth field fifth field sixth field seventh field
sixth field
33
Match the Layer 2 frame field names to the correctly ordered locations for an Ethernet frame. Fields should be ordered from the beginning of the Ethernet frame to the end. SFD Choices: first field second field third field fourth field fifth field sixth field seventh field
second field