Could you please tell me how the dynamic assignment is done using the Packet Tracer simulator in the work area, implementing the designed network. For each subnet using 2 hosts, and configuring their IP address through DHCP, and being able to verify that the computers can communicate with each other.

A company has six blocks of IP addresses (propose your own blocks, which must include your list number in one of the fields) design an addressing scheme that meets the following requirements:

The first block contains two subnets (subnet A and subnet B). The second block contains two subnets (subnet C and D). The third block contains a subnet (subnet E). The fourth block contains a subnet (subnet F). The fifth block contains a subnet (subnet G). The sixth block contains two subnets (subnet H and subnet I). Subnet A must be able to connect 146 hosts Subnet B must be able to connect 84 hosts Subnet C must be able to connect 324 hosts Subnet D must be able to connect 233 hosts Subnet E must be able to connect 158 hosts Subnet F must be able to connect 29 hosts Subnet G must be able to connect 375 hosts Subnet H must be able to connect 577 hosts Subnet I must be able to connect 267 hosts The smallest possible subnets that meet the requirements should be created. Routers use the first usable IP address on the subnet. The host computers use the last usable IP addresses on the subnet. There are ten routers available. Subnet A is connected to router R0. Subnet B is connected to router R0. Subnet C is connected to router R2. Subnet D is connected to router R2. Subnet E is connected to router R9. Subnet F is connected to router R6. Subnet G is connected to router R5. Subnet H is connected to router R7. Subnet I is connected to router R7.

Router R0 connects to router R1 through a serial link using a transport network (propose). Router R2 connects to router R3 through a serial link using a transport network (propose). The R1 router connects to the R3 router through a serial link using a transport network (propose). Router R1 connects to router R4 through a serial link using a transport network (propose). The R3 router connects to the R4 router via a serial link using a transport network (propose). The R4 router connects to the R5 router through a serial link using a transport network (propose). The R4 router connects to the R8 router via a serial link using a transport network (propose). The router R5 connects to the router R9 through a serial link using a transport network (propose). The R9 router connects to the R6 router through a serial link using a transport network (propose). The R8 router connects to the R7 router through a serial link using a transport network (propose). The EIGRP protocol must be used for routing. R1 must be enabled as the DHCP server for the entire network. The routers that are egress gateways of a subnet must be configured as helpers.

Using the Packet Tracer simulator, in the work area, implement the designed network. For each subnet use 2 hosts, and configure their IP address using DHCP, check that the computers can communicate with each other.

The information of each of the subnets

Addressing table, which must contain the following information for each device connected in the topology: