Given the following address table, which port will NOT retransmit a frame received from 0200.3333.3333? \(\begin{array}{llll} \text {Vlan }&\text { Mac Address} &\text { Type }&\text { Ports} \\ ---- & --------- & ------- & ----- \\ 1 & 0200.1111 .1111 & \text {DYNAMIC }& Fa0/1 \\ 1 & 0200.2222 .2222 & \text {DYNAMIC} & \mathrm{Fa} 0 / 2 \\ 1 & 0200.3333 .3333 &\text { DYNAMIC }& \mathrm{Fa} 0 / 3 \\ 1 & 0200.4444 .4444 & \text {DYNAMIC }& \mathrm{Fa} 0 / 4 \end{array}\)

A) Fa0/1 B) Fa0/2 C) Fa0/3 D) Fa0/4 A) Fa0/1 B) Fa0/2 C) Fa0/3 D) Fa0/4 C

Given the following address table, which port would be used to forward a frame destined for 0200.2222.2222? \(\begin{array}{llll} \text {Vlan }&\text { Mac Address} &\text { Type }&\text { Ports} \\ ---- & --------- & ------- & ----- \\ 1 & 0200.1111 .1111 & \text {DYNAMIC }& Fa0/1 \\ 1 & 0200.2222 .2222 & \text {DYNAMIC} & \mathrm{Fa} 0 / 2 \\ 1 & 0200.3333 .3333 &\text { DYNAMIC }& \mathrm{Fa} 0 / 3 \\ 1 & 0200.4444 .4444 & \text {DYNAMIC }& \mathrm{Fa} 0 / 4 \end{array}\)

A) Fa0/1 B) Fa0/2 C) Fa0/3 D) Fa0/4 A) Fa0/1 B) Fa0/2 C) Fa0/3 D) Fa0/4

Exam 5: Analyzing Ethernet Lan Switching

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Which of the following commands will provide statistics about incoming and outgoing frames on an interface such as the number of unicast, multicast, and broadcast frames in and out of the interface?

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Question 1

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Given the following address table, which port will NOT retransmit a frame received from 0200.3333.3333? Vlan Mac Address Type Ports ---- --------- ------- ----- 1 0200.1111.1111 DYNAMIC Fa0/1 1 0200.2222.2222 DYNAMIC 0/2 1 0200.3333.3333 DYNAMIC 0/3 1 0200.4444.4444 DYNAMIC 0/4

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Question 2

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Which of the following items does a switch populate into its address table upon receiving a frame from an unknown source?

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Question 3

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A, B

Which of the following will occur on a network with redundant links that does NOT use STP?

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Question 4

Which of the following will occur when a switch encounters an unknown destination unicast frame?

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Question 5

Which of the following is the goal of establishing a loop-free environment?

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Question 6

Given the following address table, which port would be used to forward a frame destined for 0200.2222.2222? Vlan Mac Address Type Ports ---- --------- ------- ----- 1 0200.1111.1111 DYNAMIC Fa0/1 1 0200.2222.2222 DYNAMIC 0/2 1 0200.3333.3333 DYNAMIC 0/3 1 0200.4444.4444 DYNAMIC 0/4

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Question 7

Other than user-issued commands, what will cause a switch to remove an entry in an address table?

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Question 8

The process of sending frames out all other interfaces, except the interface on which the frame arrived, is called ________.

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Question 9

When connecting multiple switches with redundant links, which of the following protocols helps to ensure that you will have a loop-free Ethernet network?

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Question 10

Which of the following keywords for the show mac address-table dynamic command would be most beneficial to a network engineer troubleshooting a problem using a network topology diagram that does NOT contain MAC addresses?

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Question 11

Which of the following prevents loops from a switch?

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Question 12

The IEEE defines three general categories of Ethernet MAC addresses. What are these three types?

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Question 13

Which of the following is an action that can be taken by a switch upon receiving a frame?

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Question 14

When STP has placed a port in the blocked state, this port ________.

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Question 15

Showing 1 - 15 of 15

Exam 5: Analyzing Ethernet Lan Switching

Which of the following commands will provide statistics about incoming and outgoing frames on an interface such as the number of unicast, multicast, and broadcast frames in and out of the interface?

Given the following address table, which port will NOT retransmit a frame received from 0200.3333.3333? Vlan Mac Address Type Ports ---- --------- ------- ----- 1 0200.1111.1111 DYNAMIC Fa0/1 1 0200.2222.2222 DYNAMIC 0/2 1 0200.3333.3333 DYNAMIC 0/3 1 0200.4444.4444 DYNAMIC 0/4

Which of the following items does a switch populate into its address table upon receiving a frame from an unknown source?

Which of the following will occur on a network with redundant links that does NOT use STP?

Which of the following will occur when a switch encounters an unknown destination unicast frame?

Which of the following is the goal of establishing a loop-free environment?

Given the following address table, which port would be used to forward a frame destined for 0200.2222.2222? Vlan Mac Address Type Ports ---- --------- ------- ----- 1 0200.1111.1111 DYNAMIC Fa0/1 1 0200.2222.2222 DYNAMIC 0/2 1 0200.3333.3333 DYNAMIC 0/3 1 0200.4444.4444 DYNAMIC 0/4

Other than user-issued commands, what will cause a switch to remove an entry in an address table?

The process of sending frames out all other interfaces, except the interface on which the frame arrived, is called ________.

When connecting multiple switches with redundant links, which of the following protocols helps to ensure that you will have a loop-free Ethernet network?

Which of the following keywords for the show mac address-table dynamic command would be most beneficial to a network engineer troubleshooting a problem using a network topology diagram that does NOT contain MAC addresses?

Which of the following prevents loops from a switch?

The IEEE defines three general categories of Ethernet MAC addresses. What are these three types?

Which of the following is an action that can be taken by a switch upon receiving a frame?

When STP has placed a port in the blocked state, this port ________.

Introduction to TCP/IP Networking

Fundamentals of Ethernet Lans

Fundamentals of Wans and IP Routing

Using the Command-Line Interface

Configuring Basic Switch Management

Configuring and Verifying Switch Interfaces

Implementing Ethernet Virtual Lans

Spanning Tree Protocol Concepts

RSTP and Etherchannel Configuration

Perspectives on IPV4 Subnetting

Analyzing Classful IPV4 Networks

Analyzing Subnet Masks

Analyzing Existing Subnets

Operating Cisco Routers

Configuring IPV4 Addresses and Static Routes

IP Routing in the Lan

Troubleshooting IPV4 Routing

Understanding OSPF Concepts

Implementing OSPF

OSPF Network Types and Neighbors

Fundamentals of IP Version 6

Ipv6 Addressing and Subnetting

Implementing IPV6 Addressing on Routers

Implementing IPV6 Routing

Fundamentals of Wireless Networks

Analyzing Cisco Wireless Architectures

Securing Wireless Networks

Building a Wireless Lan

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