Q$\mathrm{.}11.$ The following is a dump of a complete Ethernet frame with encapsulated IP datagram in hexadecimal format.

$3$c df a$979$ c$280$ b$4$ b$67621$ ff $020800450000517$a $00$

$00008011300000$ a$8014100$ a$801$ fe $6$ b$70035003$d

e$9$ a$9$ ec $2$d $01000001000000000000$ of $4252403030$

$3142413936363541313007636373756065740763606179746566036564750000010001$

Considering the above hexadecimal dump answer the following questions, Show relevant calculation$/$field value without just writing the answer. $[2+1+1+2+1+2+2+1-12]$

a$.$ Write the beader content of IP datagram in hexadecimal format.

b$.$ What is the destination IP address in dotted decimal? e$.$ Is the IP datagram fragmented?

d$.$ Is a checksum used in the IP datagram? If so$,$ then what is the value of the checksum?

$.$ Which Transport layer protocol is used in this frame?

What are the source and destination port numbers?

What is the size of the payload of the protocol used in the transport layer? h$.$ Is there content of an application layer protocol in this frame? If yes, what is it$?$