Figure 6.33: The “Figure 6.33” contains: Two routers. Three switches (LAN). Three subnets. Each subnet contains two host computers. Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch. Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch. Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch. Given consideration: Consider that the second router is replaced by a switch.

Question

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Answer 1

Question

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

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Answer 2

Question

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

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Answer 3

Question

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

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Answer 4

Question

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

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Answer 5

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 6

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 7

Chapter 6, Problem P16P

a.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 8

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 9

b.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 10

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 11

c.

Program Plan Intro

Figure 6.33:

The “Figure 6.33” contains:

Two routers.

Three switches (LAN).

Three subnets.

Each subnet contains two host computers.

Subnet 1 contains two hosts named “A” and “B”. Both the two hosts are connected through a same switch.

Subnet 2 contains two hosts named “C” and “D”. Both the two hosts are connected through a same switch.

Subnet 3 contains two hosts named “E” and “F”. Both the two hosts are connected through a same switch.

Given consideration:

Consider that the second router is replaced by a switch.

Answer 12

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Answer 13

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Answer 14

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Answer 15

Ch. 6 - Consider the transportation analogy in Section...Ch. 6 - If all the links in the Internet were to provide...Ch. 6 - Prob. R3RQ Ch. 6 - Prob. R4RQ Ch. 6 - Prob. R5RQ Ch. 6 - Prob. R6RQ Ch. 6 - Prob. R7RQ Ch. 6 - Prob. R8RQ Ch. 6 - Prob. R9RQ Ch. 6 - Prob. R10RQ

Solution Summary: The author explains that the Host E will not ask the router (R1) to forward the datagram.

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Chapter 6 Solutions