Given the following Wireshark packet trace,

Frame 42: 73 bytes on wire (584 bits), 73 bytes captured (584 bits)

Ethernet II, Src: Cisco_ff:70:c8 (00:11:21:ff:70:c8), Dst: 3comEuro_73:ce:10 (40:01:c6:73:ce:10)

Internet Protocol, Src: 10.10.10.1 (10.10.10.1), Dst: 128.194.119.82 (128.194.119.82)

Version: 4

Header length: 20 bytes

Differentiated Services Field: 0x60 (DSCP 0x18: Class Selector 3; ECN: 0x00)

Total Length: 59

Identification: 0x32e0 (13024)

Flags: 0x00

Fragment offset: 0

Time to live: 64

Protocol: UDP (17)

Header checksum: 0x6cd1 [correct]

Source: 10.10.10.1 (10.10.10.1)

Destination: 128.194.119.82 (128.194.119.82)

User Datagram Protocol, Src Port: 49178 (49178), Dst Port: tftp (69)

Source port: 49178 (49178)

Destination port: tftp (69)

Length: 39

Checksum: 0xd722 [validation disabled]

Trivial File Transfer Protocol

[Source File: CTLSEP001121FF70C8.tlv]

Opcode: Read Request (1)

Source File: CTLSEP001121FF70C8.tlv

Type: octet

Draw the Application (Data) payload, then add the headers shown in this capture. You dont need to show the details of all header fields, but make sure to show the size of the payloads and headers at all layers, up to the 73 bytes that are transported on wire (i.e., over the physical layer).

Which version is your IP packet (IPv4 or IPv6)?___________

What is the field in the Ethernet header that identifies the payload of the Ethernet frame? _______________

What is the field in the IP header that identifies the payload of the IP packet? ______

What is the field in the UDP header that identifies the payload of the UDP datagram? ____________