Using the prescribed syntax of an Internet Protocol packet, construct an IP Version 4 TCP/IP transmission packet using the following particulars: Packet is sent from IP address 192.168.4.111 (MAC address 4c:79:6e:86:b0:2d) to IP address 3.208.72.68 (MAC address 8c:3b:ad:f0:dc:e0) with the following fields (You don't have to convert these values to binary, but realize that the packet will be a binary encoding of these. A bit is a digital 0 or 1. 0x00 is hexadecimal notation, where each digit 0 - F represents 4 bits. 0 = 0000, 1 = 0001 up to 9 = 1001 where we run out of decimal digits so continue with A=1010 through F=1111. A byte = 8 bits = 1 ASCII character):

IP Header Length is counted as the number of 32-bit words from Diff Serv through the end of the checksum

Differentiated Services: 0x00 (equals 00000000 in binary bits)

Total Length is the number of bytes in the payload (data field)

Identification: 0xe0f9

Flags: 010 (First bit is always 0, Second bit is set to not fragment packet, Third bit is fragments)

Fragment Offset: 0x00

Time to Live: 0x80 (=128 hops)

Protocol: 0x06 (TCP)

Header Checksum: 0x0000

Source Port: 0xd19d (=53661 in decimal)

Destination Port: 0x01bb (=443 in decimal)

Sequence Number: 0x4066faf8

Acknowledgment Number: 0x6993afc2

Data Offset: 0x5

TCP Flags: 0X010 (5th flag bit = Acknowledgment)

Window Size: 0x01fd (=509 in decimal)

Checksum: 0X1146

Urgent Pointer: 0x0000

update, professor updated clarification of directions:

"using the IP packet syntax provided, reconstruct the TCP/IP transmission packet in a word document or excel spreadsheet."