Frame and IP Datagram format is given in a separate file under the exams$1$ folder and given the following frame with an encapsulated datagram:

I expect answers in hexadecimal only except flags in option e$.$

a$.$ Find the destination hardware address.

b$.$ Find the source hardware address.

c$.$ What type of frame is this?

d$.$ What is the Identification?

e$.$ What Flag$($s$)$ are set in the IP header? Explain in one or two sentences.

f$.$ What is the fragment offset?

g$.$ What is the TTL count?

h$.$ What is the Header Checksum?

i$.$ Find the source IP address.

j$.$ What class is the source IP address?

k$.$ What is the network ID in the source IP address?

I. What is the host ID in the source IP address?

$m.$ Write the source IP address in dotted$-$decimal notation.

n$.$ Find the destination IP address.

o$.$ What class is the destination IP address?

p$.$ What is the network ID in the destination IP address?

q$.$ What is the host ID in the destination IP address?

r$.$ Write the destination IP address in dotted$-$decimal notation.

s$.$ If the IP header includes no options or padding, what are the first five bytes of the datagram data?

t$.$ Can this message be delivered directly by the source to the destination, or will it require routers to handle the message. Explain.