do { i=1; s=0; s=s*i; i++; } while (i<=10);< /div>
B.
i=1; s=1; do { s=s*i; i++; } while (i<=10)< /div>
C.
i=1; s=0; do { s=s*i; i++; } while(i<=10);< /div>
D.
do { i=1; s=1; s=s*i; i++; } while (i<=10);< /div>
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举一反三
【单选题】Users at the Charleville Company began experiencing high network delays when Internet connectivity was enabled for all users. After investigating the traffic flow, you determine that peerto-peer traff...
A.
Use CBWFQ to queue the peer-to-peer traffic into the default traffic class.
B.
Use class-based WRED to randomly drop the peer-to-peer traffic during network congestions.
C.
Use class-based policing to limit the peer-to-peer traffic rate.
D.
Use class-based shaping to delay any excessive peer-to-peer traffic. Answer: C
【单选题】Users at the Charleville Company began experiencing high network delays when Internet connectivity was enabled for all users. After investigating the traffic flow, you determine that peerto-peer traff...
A.
Use CBWFQ to queue the peer-to-peer traffic into the default traffic class.
B.
Use class-based WRED to randomly drop the peer-to-peer traffic during network congestions.
C.
Use class-based policing to limit the peer-to-peer traffic rate.
D.
Use class-based shaping to delay any excessive peer-to-peer traffic.