Answered! As the network administrator, you have to assign IP addresses to the devices of USQCollege including the…

As the network administrator, you have to assign IP addresses to the devices of USQCollege including the Gateway: USQCollege has acquired the use of 160.160.160.0/20 address space; The IP address of the WAN Ink on the ISP side s 160.160.160.1/30 What is the number of subnets required? For each subnet you assigned, state: The maximum number of hosts it can cater for. The subnet mask in decimal notation. The subnet address The first usable host address. The last usable host address, The broadcast address Implement the network using PT such that all PCs, routers and ISP can ping each other: Assign the first two IP addresses to the PCs shown; Assign the lest IP address to the gateway of the subnet; Enable single area OSPF routing protocol version 2 in all routers except ISP. Configure a default static route from Gateway to ISP. Configure a static route from ISP to Gateway. Submit Ql6.pkt and Ql6.pdf. You must use Packet Tracer 6.3 posted on the course web page, not any other version.

As the network administrator, you have to assi IP addresses to the devices of USQCollege including the Gateway: USQCollege has acquired the use of 160.160.160.0/20 address space; The IP address of the WAN link on the ISP side is 160.160.160.1/30 What is the number of subnets required 2. For each subnet you assi signed, state: The maximum number of hosts it can cater for. The subnet mask in decimal notation. The subnet address The first usable hast address. The last usable host address The broadcast address 3. Implement the network using PT such that all PCs, routers and ISP can ping each other: Assign the first two IP addresses to the PCs shown Assign the last IP address to the gateway of the subnet nable single area OSPF routing protocol 2 in all routers except ISP. re a default static route from Gateway to ISP. static route from ISP to Gateway. Submit Q16-pokt and Q16.pdf. You must use Packet Tracer 6.3 posted on the course web page, not any other version.

Expert Answer

 Question 1:

The address of the network formed by USQCollege is 160.160.160.0/20 and the subnet mask is (11111111.11111111.11110000.00000000)2 = (255.255.240.0)10
The first byte of the network address( i.e 160) indicates that it is a class B address( as first byte of class B address ranges from 128 to 191). The default subnet mask of class B is 16 or 255.255.0.0 .Therefore we need extra 20 -16 = 4 1’s to meet the requirement of the subnet as mentioned in the question.
Therefore total number of subnet = 2x (where x is the number of borrowed bits or number of 1’s)=24 = 16
Therefore the number of subnets required is 16.

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Question 2:

The maximum number of hosts it can cater for:

The subnet mask for the network is 20.
Therefore maximum number of hosts in this network can be computed as
log2 n = 32(total number of bits in IPv4 address) – subnet mask, where n is the total number of hosts in each subnet.
log2 n = 32-20 = 12
Therefore n = 212 = 4096.

Note that in each subnet there are two addresses kept reserved: one for subnet address and another for broadcast address. Therefore total number of usable addresses in each subnet are 4096 – 2 = 4094.Therefore maximum number of hosts it can refer = 4094.

The subnet mask in decimal notation:

As explained earlier, the subnet mask is 20. Therefore in binary the subnet mask is (11111111.11111111.11110000.00000000)2 (total number of 1’s is 20) = (255.255.240.0)10

Therefore the subnet mask in decimal notation is 255.255.240.0

The subnet address:

The first address is considered as the subnet address. The first address of a subnet can be found by setting (32 – subnet mask) number of last bits of the address (in binary notation) to 0.

The IP address = 160.160.160.0/20 (last 32 -20 = 12 bits are set to 0 which results 10100000.10100000.10100000.00000000).

The first usable host address:

As I mentioned before that 2 addresses are kept reserved for a subnet: one is the subnet address and another is the broadcast address.

160.160.160.0 is used for subnet address. Therefore the first usable address is 160.160.160.1 (or 10100000.10100000.10100000.00000001)

The last usable host address:

Similarly the last address in a network is used as broadcast address. The last address is found by setting 32-20 = 12 bits to 1. Therefore the last address is (10100000.10100000.10101111.11111111)2 = 160.160.175.255. The last usable address is one less than the broadcast address which is 160.160.175.254

The broadcast address:

As explained earlier, the broadcast address  the last address in a network. The IP address of this network is 160.160.160.0/20.

The last address is found by setting 32-20 = 12 bits to 1. Therefore the last address is (10100000.10100000.10101111.11111111)2 = 160.160.175.255.

The broadcast address is 160.160.175.255

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