Module 5 Practice Flashcards

1
Q

Which is the binary equivalent to the 192.168.11.10 IP address?

A

11000000.10101000‬.00001011‬.‭00001010

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2
Q

Which is the hexadecimal equivalent of 202?

A

CA

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3
Q

Which of the following is the binary equivalent to the 172.16.31.30 IP address?

A

10101100.00010000‬.00011111‬.‭00011110‬‬

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4
Q

Which is the hexadecimal equivalent of 254?

A

FE

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5
Q

Which is the decimal equivalent of A9?

A

169

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5
Q

Which of the following is the decimal equivalent of 7D?

A

125

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6
Q

What is the decimal equivalent of 0xC9?

A

201

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7
Q

Which is a valid hexadecimal number?

A

f

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7
Q

What is the binary representation of 0xCA?

A

11001010

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8
Q

How many bits are in an IPv4 address?

A

32

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9
Q

Which two statements are correct about IPv4 and IPv6 addresses? (Choose two.)

A
  • IPv6 addresses are represented by hexadecimal numbers.
  • IPv4 addresses are 32 bits in length.
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10
Q

Which IPv4 address format was created for ease of use by people and is expressed as 201.192.1.14?

A

dotted decimal

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11
Q

What is the dotted decimal representation of the IPv4 address 11001011.00000000.01110001.11010011?

A

203.0.113.211

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12
Q

What is the decimal equivalent of the binary number 10010101?

A

149

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13
Q

What is the dotted decimal representation of the IPv4 address which is represented as the binary string 00001010.01100100.00010101.00000001?

A

10.100.21.1

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13
Q

What is the decimal equivalent of the hex number 0x3F?

A

63

14
Q

What is the binary representation for the decimal number 173?

A

10101101

15
Q

Given the binary address of 11101100 00010001 00001100 00001010, which address does this represent in dotted decimal format?

A

236.17.12.10

16
Q

How many binary bits exist within an IPv6 address?

A

128

17
Q

What is the binary equivalent of the decimal number 232?

A

11101000