5. Imagine that Computer C successfully sends an IPv4 packet to Computer A, that there are...

 

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5. Imagine that Computer C successfully sends an IPv4 packet to Computer A, that there are no errors on any frame or packet during the transmission, and that the ARP cache on all computers and routers has been fully populated before the packet is sent. Identify any data-link layer frame(s) that are created in this scenario. For each frame, identify the adapter it originates from and the adapter it is addressed to, explain why it was created, and provide its source and destination MAC address and source and destination IPv4 address. 6. Across all frames in the transmission in #5, contrast the number of different destination IP addresses with the number of different MAC addresses. Why these are numbers different, and what does this tell us about the routing process? 5. Imagine that Computer C successfully sends an IPv4 packet to Computer A, that there are no errors on any frame or packet during the transmission, and that the ARP cache on all computers and routers has been fully populated before the packet is sent. Identify any data-link layer frame(s) that are created in this scenario. For each frame, identify the adapter it originates from and the adapter it is addressed to, explain why it was created, and provide its source and destination MAC address and source and destination IPv4 address. 6. Across all frames in the transmission in #5, contrast the number of different destination IP addresses with the number of different MAC addresses. Why these are numbers different, and what does this tell us about the routing process?