a. Write the following IPv6 address in canonical form using RFC 5952: 

2001:0ed2:056b:00d3:000c:abcd:0bcd:0fe0.

21a.) If I simplify the address 2001:0000:0000:00fe:0000:0000:0000:cdef, I get ________.

a. 2001:0:0:fe::cdef

b. 2001::fe:0:0:0:cdef

c. 2001:0:0:fe:0:0:0:cdef

d. 2001::00fe:0::cdef

b. Write the following IPv6 address in canonical form using RFC 5952: 

2001:0002:0000:0000:0000:abcd:0bcd:0fe0.

21b.) If I simplify the address 2001:0ed2:056b:00d3:00c0:abcd:0bcd:0fe0, I get ________.

a. 2001:ed2:56b:d3:c0:abcd:bcd:0fe0

b. 2001:ed2:56b:d3:c:abcd:bcd:0fe

c. Either A or B

d. Neither A nor B

c. Simplify the following IPv6 address using RFC 5952: 

2001:0000:0000:00fe:0000:0000:0000:cdef.

21c.) If I simplify the IPv4address 2001:0000:0000:00fe:3270:0000:0000:cdef., I get ________.

a. 2001:0:0:00fe:3270:0:0:cdef

b. 2001::00fe:3270:0:0:cdef

c. 2001:0:0:00fe:3270::cdef

d. 2001::00fe:3270::cdef

d. Simplify the following IPv6 address using RFC 5952: 2001:0000:0000:00fe:0000:0000:ba5a:cdef.

e. What is the advantage of simplifying IPv6 addresses according to strict rules?

f. Which RFC is used to write IPv6 addresses in canonical form?

21f.) Which RFC is standardizes how to write IPv6 addresses in canonical form?

a. RFC 791

b. RFC 2707

c. RFC 5952

d. RFC 7602