a. Why are IPv6 addresses simplified?

20a.) IPv6 addresses are simplified ________.

a. To simplify writing

b. To simplify memorization

c. Both A and B

d. Neither A nor B

b. Why must simplification rules be followed precisely?

20b.) Simplification of IPv6 addresses must be standardized ________.

a. To maximize text compression

b. For the retrieval of IPv6 addresses in text fields of documents and spreadsheets

c. Both A and B

d. Neither A nor B

c. Are simplified IPv6 addresses written in uppercase or lowercase letters?

20c.) In IPv6 address simplification, text characters are expressed in ________.

a. Upper case

b. Lower case

c. Either A or B

d. Neither A nor B

d. Are simplified IPv6 addresses written with decimal or hexadecimal symbols?

20d.) For human reading, IPv6 addresses are written in ________ notation.

a. Dotted decimal

b. Hexadecimal

c. Binary

d. All of the above

e. How many symbols are there in a field?

20e.) In IPv6 addresses before simplification, there are ________ in a field.

a. 4 symbols

b. 16 bits

c. Both A and B

d. Neither A nor B

f. How many bits are there in a field?

20f.) In IPv6 addresses before simplification, there are ________  in a field.

a. 2 symbols

b. 8 bits

c. Both A and B

d. Neither A nor B

g. How are fields separated?

20g.) In IPv6 addresses, ________  are separated by ________ .

a. Segments; dots

b. Segments; colons

c. Fields; dots

d. Fields; colons

h. How many fields are there in an IPv6 address?

20h.) How many fields are there in an IPv6 address written for human reading?

a. 8

b. 16

c. 32

d. 128