Find the source hardware address:$($Hexadecimal$)$

What is the Type of Service in the IP Header?:$($Hexadecimal$)$

What is the Fragment Offset:$($Hexadecimal$)$

Find the Destination IP Address:$($Hexadecimal$)$

What class is the Destination IP Address?:$($Hexadecimal$)$

Write the Destination IP Address in Dotted Decimal Format:$($Dotted Decimal$)$

Find the IP Header Checksum$($Hexadecimal$)$

Find the Fragmentation Flags in the IP Header:$($Binary$)$

Find the Acknowledgment Number in the TCP Header:$($Hexadecimal$)$

Find the Source Port Number in the TCP Header:$($Hexadecimal$)$

Find the Sequence Number in the TCP Header:$($Hexadecimal$)$

What Flags are set in the TCP Header?:$,,,($Alphabetical$)$

Find the TCP Header Checksum:$($Hexadecimal$)$

Find the TCP Window Size:$($Hexadecimal$)$ Given that a frame is formatted as follows:

And given that a datagram is formatted as follows:

And given that a TCP segment is formatted as follows:

Assuming no options are present in the IP header and TCP header, And given the following frame with an encapsulated IP datagram and TCP segment: