Individual packet delays through a network switch are assumed IID. The individual packet-delay distribution is right-skewed, with A network-monitoring system computes the average delay It issues a warning if Using the Central Limit Theorem, and this Z-table , which statement is most accurate?

Question

Individual packet delays    through a network switch are assumed IID. The individual packet-delay distribution is right-skewed, with    A network-monitoring system computes the average delay    It issues a warning if    Using the Central Limit Theorem, and this  Z-table , which statement is most accurate?

Answer

The warning probability is approximately 0.0548, and this means that approximately 5.48% of individual packet delays exceed 13.2 ms.

Answer

The warning probability is approximately 0.9452, because the table gives   .

Answer

The warning probability is approximately 0.0548, because    and the table gives   .

Answer

The warning probability cannot be approximated using a normal distribution because the individual packet delays are right-skewed.

Answer

The warning probability is approximately 0.4207, because the standard deviation of an individual packet delay is 6 ms, giving    and    from the table.

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Individual packet delays through a network switch are assumed IID. The indivi...

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