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Choose an option to check your answer.
A.
is a Tor relay type
B.
defines stronger security mechanisms for wireless LANs, including RSN concepts
C.
is a DNSSEC signing algorithm only
D.
is a malware taxonomy class
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Correct Answer: B. defines stronger security mechanisms for wireless LANs, including RSN concepts
Explanation:
This is correct because 802.11i defines stronger security mechanisms for wireless LANs, including RSN concepts.
Choose an option to check your answer.
A.
is a Tor relay type
B.
is a malware taxonomy class
C.
is a DNSSEC signing algorithm only
D.
defines stronger security mechanisms for wireless LANs, including RSN concepts
Show Answer
Correct Answer: D. defines stronger security mechanisms for wireless LANs, including RSN concepts
Explanation:
802.11i is best described as something that defines stronger security mechanisms for wireless LANs, including RSN concepts.
Choose an option to check your answer.
A.
is a DNSSEC signing algorithm only
B.
is a file compression format
C.
defines stronger security mechanisms for wireless LANs, including RSN concepts
D.
is a Tor relay type
Show Answer
Correct Answer: C. defines stronger security mechanisms for wireless LANs, including RSN concepts
Explanation:
The correct answer is that 802.11i defines stronger security mechanisms for wireless LANs, including RSN concepts.
Choose an option to check your answer.
A.
is identical to plain HTTP
B.
stores passwords in DNS records
C.
uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
D.
is designed only for wired Ethernet
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Correct Answer: C. uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
Explanation:
The correct answer is that WPA2 uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes.
Choose an option to check your answer.
A.
is designed only for wired Ethernet
B.
stores passwords in DNS records
C.
uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
D.
requires no authentication
Show Answer
Correct Answer: B. stores passwords in DNS records
Explanation:
The misconception is "stores passwords in DNS records"; in reality, WPA2 uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes.
Choose an option to check your answer.
A.
requires no authentication
B.
is designed only for wired Ethernet
C.
is identical to plain HTTP
D.
uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
Show Answer
Correct Answer: D. uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
Explanation:
This is correct because WPA2 uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes.
Choose an option to check your answer.
A.
is designed only for wired Ethernet
B.
uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
C.
requires no authentication
D.
is identical to plain HTTP
Show Answer
Correct Answer: B. uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
Explanation:
WPA2 is best described as something that uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes.
Choose an option to check your answer.
A.
stores passwords in DNS records
B.
requires no authentication
C.
is designed only for wired Ethernet
D.
uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
Show Answer
Correct Answer: D. uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes
Explanation:
The correct answer is that WPA2 uses stronger protection than WEP and commonly relies on AES-CCMP in enterprise or personal modes.
Choose an option to check your answer.
A.
is an older wireless security protocol considered weak and unsuitable for modern protection
B.
is stronger than WPA3 by design
C.
is a network forensics standard
D.
prevents IV reuse fully
Show Answer
Correct Answer: A. is an older wireless security protocol considered weak and unsuitable for modern protection
Explanation:
The correct answer is that WEP is an older wireless security protocol considered weak and unsuitable for modern protection.
Choose an option to check your answer.
A.
is stronger than WPA3 by design
B.
is an older wireless security protocol considered weak and unsuitable for modern protection
C.
uses modern SAE authentication
D.
prevents IV reuse fully
Show Answer
Correct Answer: A. is stronger than WPA3 by design
Explanation:
The misconception is "is stronger than WPA3 by design"; in reality, WEP is an older wireless security protocol considered weak and unsuitable for modern protection.
Choose an option to check your answer.
A.
prevents IV reuse fully
B.
is a network forensics standard
C.
is an older wireless security protocol considered weak and unsuitable for modern protection
D.
uses modern SAE authentication
Show Answer
Correct Answer: C. is an older wireless security protocol considered weak and unsuitable for modern protection
Explanation:
This is correct because WEP is an older wireless security protocol considered weak and unsuitable for modern protection.
Choose an option to check your answer.
A.
prevents IV reuse fully
B.
uses modern SAE authentication
C.
is an older wireless security protocol considered weak and unsuitable for modern protection
D.
is a network forensics standard
Show Answer
Correct Answer: C. is an older wireless security protocol considered weak and unsuitable for modern protection
Explanation:
WEP is best described as something that is an older wireless security protocol considered weak and unsuitable for modern protection.
