1 Assume that you have been assigned the 132450016 network b

1) Assume that you have been assigned the 132.45.0.0/16 network block. deck. You must establish 5 subnets. Specify the minimum number of binary digits (bits) required to define 5 subnets. _____________

2) Assume that you have assigned the 132.45.0.0/16 network block.

Identify the extended networks prefix in CIDR (/n) notation that allows for the creation of 5 subnets: __________________

Provide the corresponding subnet mask in dotted decimal notation: ___________

3)Express the five subnets that you have created in both binary format and dotted decimal notation

Subnet #0: Binary Fomat =_______________ Dotted Decimal Notation= ______________

Subnet #1: Binary Fomat =_______________ Dotted Decimal Notation= ______________

Subnet #2: Binary Fomat =_______________ Dotted Decimal Notation= ______________

Subnet #3: Binary Fomat =_______________ Dotted Decimal Notation= ______________

Subnet #4: Binary Fomat =_______________ Dotted Decimal Notation= ______________

4) Using the formula (2^N - 2), specify the total number of host addresses available in each subnet. _______________________

5) Specify the IP addresses of each of the following hosts in subnet #3 in both binary format and dotted decimal notation.

First IP Address: Binary Fomat =_______________ Dotted Decimal Notation= ______________

Second IP Address: Binary Fomat =_____________ Dotted Decimal Notation= ______________

Third IP Address: Binary Fomat =_______________ Dotted Decimal Notation= ______________

Next to last IP Address: Binary Fomat =________ Dotted Decimal Notation= ___________

Last IP Address: Binary Fomat =_______________ Dotted Decimal Notation= ______________

6)For subnet #3 specify the IP broadcast address:

Binary Fomat =_______________ Dotted Decimal Notation= ______________

Solution

Suppose that you contain to assign the 132.45.0.0/16 network block. You need to set up eight equal-sized subnets.

            /19 or 255.255.224.0

Subnet #0:

Binary10000100.00101101. 000 00000.00000000

Decimal= 132.45.0.0/19

Subnet #1:

Binary 10000100.00101101. 001 00000.00000000

Decimal = 132.45.32.0/19

Subnet #2:

Binary 10000100.00101101. 010 00000.00000000

Decimal = 132.45.64.0/19

Subnet #3:

Binary 10000100.00101101. 011 00000.00000000

Decimal = 132.45.96.0/19

Subnet #4:

Binary 10000100.00101101. 100 00000.00000000

Decimal = 132.45.128.0/19

Subnet #5:

Binary 10000100.00101101. 101 00000.00000000

Decimal = 132.45.160.0/19

Subnet #6:

Binary 10000100.00101101. 110 00000.00000000

Decimal = 132.45.192.0/19

Subnet #7:

Binary 10000100.00101101. 111 00000.00000000

Decimal = 132.45.224.0/19

(132.45.96.0/19).

Subnet #3:

Binary 10000100.00101101.011 00000.00000000

Decimal = 132.45.96.0/19

Host #1:

Binary 10000100.00101101.011 00000.00000001

Decimal = 132.45.96.1/19

Host #2:

Binary 10000100.00101101.011 00000.00000010

Decimal = 132.45.96.2/19

Host #3:

Binary 10000100.00101101.011 00000.00000011

Decimal = 132.45.96.3/19

Host #4:

Binary 10000100.00101101.011 00000.00000100

Decimal = 132.45.96.4/19

.

.

Host #8190:

Binary 10000100.00101101.011 11111.11111110

Decimal = 132.45.127.254/19

Binary 10000100.00101101.011 11111.11111111

Decimal = 132.45.127.255/19

1) Assume that you have been assigned the 132.45.0.0/16 network block. deck. You must establish 5 subnets. Specify the minimum number of binary digits (bits) re
1) Assume that you have been assigned the 132.45.0.0/16 network block. deck. You must establish 5 subnets. Specify the minimum number of binary digits (bits) re
1) Assume that you have been assigned the 132.45.0.0/16 network block. deck. You must establish 5 subnets. Specify the minimum number of binary digits (bits) re

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