Use the given values of n and p to find the minimum usual value $\mu - 2 \sigma \text { and the maximum usual value } \mu + 2 \sigma \text {. }$ . Round
your answer to the nearest hundredth unless otherwise noted.
-$\mathrm { n } = 166 , \mathrm { p } = 0.15$

A) Minimum: 15.7; maximum: $34.1$
B) Minimum: 20.3; maximum: $29.5$
C) Minimum: -17.43; maximum: $67.23$
D) Minimum: 34.1; maximum: $15.7$

Question

Use the given values of n and p to find the minimum usual value $\mu - 2 \sigma \text { and the maximum usual value } \mu + 2 \sigma \text {. }$ . Round
your answer to the nearest hundredth unless otherwise noted.
-$\mathrm { n } = 166 , \mathrm { p } = 0.15$

A) Minimum: 15.7; maximum: $34.1$
B) Minimum: 20.3; maximum: $29.5$
C) Minimum: -17.43; maximum: $67.23$
D) Minimum: 34.1; maximum: $15.7$

Quizplus · Accepted Answer

The Answer of Use the given values of n and p to find the minimum usual value $\mu - 2 \sigma \text { and the maximum usual value } \mu + 2 \sigma \text {. }$ . Round
your answer to the nearest hundredth unless otherwise noted.
-$\mathrm { n } = 166 , \mathrm { p } = 0.15$

A) Minimum: 15.7; maximum: $34.1$
B) Minimum: 20.3; maximum: $29.5$
C) Minimum: -17.43; maximum: $67.23$
D) Minimum: 34.1; maximum: $15.7$

Use the Given Values of N and P to Find μ−2σ and the maximum usual value μ+2σ. \mu - 2 \sigma \text { and the maximum usual value } \mu + 2 \sigma \text {. }μ−2σ and the maximum usual value μ+2σ.

Use the Given Values of N and P to Find $\mu - 2 \sigma \text { and the maximum usual value } \mu + 2 \sigma \text {. }$