1. Suppose that your apartment's NATed router's public IP address is 157.76.29.7 and that it maps your apartment network's private 10.0.0.0/24 IP addresses and ports to 157.76.29.7 ports 8000, 8001, 8002, and so on in increasing order, as needed, and records this mapping in a table of the form shown at right port port (a) Complete this table assuming the following events occur: (i) 10.0.0.6:5000 sends a message to 74.125.239.33:80 (iii) 10.0.1.101:6001 sends a message to 206.190.36.45:80 (v) 10.0.1.101:6001 sends a message to 74.125.239.33:80 (vii) 204.79.197.200:80 sends a message to 10.0.0.10:6000 10.0.0.10:6000 sends a message to 204.79.197.200:80 iv) 10.0.0.10:6000 sends another message to 204.79.197.200:80 (vi) 10.0.0.7:7000 sends a message to 63.245.215.20:80 (viii 206.190.36.45:80 sends a message to 74.125.239.33:80 (b) In the cases of events (vi) and (vii), list the 4-tuples entering and leaving the router If yes, explain how. If no, propose a possible work around 1. Suppose that your apartment's NATed router's public IP address is 157.76.29.7 and that it maps your apartment network's private 10.0.0.0/24 IP addresses and ports to 157.76.29.7 ports 8000, 8001, 8002, and so on in increasing order, as needed, and records this mapping in a table of the form shown at right port port (a) Complete this table assuming the following events occur: (i) 10.0.0.6:5000 sends a message to 74.125.239.33:80 (iii) 10.0.1.101:6001 sends a message to 206.190.36.45:80 (v) 10.0.1.101:6001 sends a message to 74.125.239.33:80 (vii) 204.79.197.200:80 sends a message to 10.0.0.10:6000 10.0.0.10:6000 sends a message to 204.79.197.200:80 iv) 10.0.0.10:6000 sends another message to 204.79.197.200:80 (vi) 10.0.0.7:7000 sends a message to 63.245.215.20:80 (viii 206.190.36.45:80 sends a message to 74.125.239.33:80 (b) In the cases of events (vi) and (vii), list the 4-tuples entering and leaving the router If yes, explain how. If no, propose a possible work around