Refer the above diagram.

Two PC's are connected to a switch. The IP addresses of the PC's are as displayed in the diagram. PC (192.168.1.2) is connected to port Fa0/1 on the switch and PC (192.168.1.3) is connected to port Fa0/2 on the switch.

Answer the following:

1. Does the switch need an IP address for PC1 to communicate with PC2.

2. What would be the mac-address learned by the switch on port Fa0/2 and Fa0/1.

3. If the PC on port is disconnected, would the mac-address table be flushed.

4. If PC1 requires to communicate with PC2, what is required from PC2.

5. Is a router required for PC1 to communicate with PC2.

6. In the above diagram, how many mac-addresses would be available in the mac-address table of the switch after PC1 communicates with PC2.

Transcribed Image Text:

Question #4 Fa0 5 PC1 192.168.1.2 Fa0/2 Fa0/1/itch1 Fa0/1 Switc Fa0/2 Fa0 PC2 192.168.1.3 Refer the above diagram. Two PC's are connected to a switch. The IP addresses of the PC's are as displayed in the diagram. PC (192.168.1.2) is connected to port Fa0/1 on the switch and PC (192.168.1.3) is connected to port Fa0/2 on the switch. Answer the following: 1. Does the switch need an IP address for PC1 to communicate with PC2. 2. What would be the mac-address learned by the switch on port Fa0/2 and Fa0/1. 3. If the PC on port is disconnected, would the mac-address table be flushed. 4. If PC1 requires to communicate with PC2, what is required from PC2. 5. Is a router required for PC1 to communicate with PC2. 6. In the above diagram, how many mac-addresses would be available in the mac-address table of the switch after PC1 communicates with PC2. Question #4 Fa0 5 PC1 192.168.1.2 Fa0/2 Fa0/1/itch1 Fa0/1 Switc Fa0/2 Fa0 PC2 192.168.1.3 Refer the above diagram. Two PC's are connected to a switch. The IP addresses of the PC's are as displayed in the diagram. PC (192.168.1.2) is connected to port Fa0/1 on the switch and PC (192.168.1.3) is connected to port Fa0/2 on the switch. Answer the following: 1. Does the switch need an IP address for PC1 to communicate with PC2. 2. What would be the mac-address learned by the switch on port Fa0/2 and Fa0/1. 3. If the PC on port is disconnected, would the mac-address table be flushed. 4. If PC1 requires to communicate with PC2, what is required from PC2. 5. Is a router required for PC1 to communicate with PC2. 6. In the above diagram, how many mac-addresses would be available in the mac-address table of the switch after PC1 communicates with PC2.