write the code for the table and how to answer the following questions

Consider the network below. Deploy the network using the documentation provided in the diagram. Table 1 lists the items that should be completed, at a minimum, to achieve connectivity. Figure 1. Network topology. 11 PC-PT PC1 .10 PC-PT PC0 + SVI 1:2 PCs PCs 2960-241 SW1 SVI 1:.3 2960-24TT SWO Item Switches Switches Router Connectivity FA0/2 FA0/1 PO.PT PC2 FA2 Hub-PT Hubo FA1 .12 FAO .1 GO/0 1941 RouterO 192.168.1.0/24 G0/1 FA0/1 POPT PC4 Configure IP address and subnet mask on PCs Configure default gateway on PCs Configure SVI on switches Configure default gateway on switches Configure IP addresses and subnet mask on router Connectivity exists between any two PCs FA0/4 2960 SW2 Table 1. Items to complete on the network of Figure 1. Note PC-PT PC3 Answer the following questions. 1. How many collision domains exist in the network of Figure 1? Justify. 2. How many broadcast domains exist in the network of Figure 1? Justify. 3. At which rate does the link between HubO and RouterO operate? Justify. .12 SVI1: 2 FA0/3 FA0/2 .10 Points 10 10 10 10 10 20 11 PC-PT PC5 192.168.2.0/24 4. Send a broadcast packet inside the network 192.168.1.0/24. Then inspect the MAC-address table on switch SWO. Take a snapshot of the table and describe the table.