Assume a client uses TCP to send data to a server. The TCP header has 32...

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Assume a client uses TCP to send data to a server. The TCP header has 32 bytes of options, and there are 39 bytes of data. [Please don't forget Ethernet Type/Len field is 2 bytes in size.] Answer formatting: Use the number keys, do not type the number out. Do not use special characters. Answer in base 10. 1. Calculate the total number of bytes passed to the IP layer by the TCP layer. bytes 2. Calculate the total number of bytes passed to the network layer by the IP layer, assuming the IP layer has no options. bytes 3. Calculate the total number of bytes transmitted on the Ethernet cable (not including the preamble, the start frame delimiter, or the frame check sequence). bytes 4. What is the percentage of overhead for the packet being transmitted on Ethernet (i.e., the ratio of non-user data to total protocol data)? Round to the nearest tenths place, if % necessary. Assume a client uses TCP to send data to a server. The TCP header has 32 bytes of options, and there are 39 bytes of data. [Please don't forget Ethernet Type/Len field is 2 bytes in size.] Answer formatting: Use the number keys, do not type the number out. Do not use special characters. Answer in base 10. 1. Calculate the total number of bytes passed to the IP layer by the TCP layer. bytes 2. Calculate the total number of bytes passed to the network layer by the IP layer, assuming the IP layer has no options. bytes 3. Calculate the total number of bytes transmitted on the Ethernet cable (not including the preamble, the start frame delimiter, or the frame check sequence). bytes 4. What is the percentage of overhead for the packet being transmitted on Ethernet (i.e., the ratio of non-user data to total protocol data)? Round to the nearest tenths place, if % necessary.

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Lets calculate the values step by step 1 Total number of bytes passed to the IP layer by the TCP la... View the full answer