You will use a normal distribution to approximate a binomial distribution. Complete the following table for a distribution in which $\mu = 16 .$ It might be helpful to make a diagram to help you determine the continuity factor for each entry.
$\begin{array} { r | r }
\text { Find the probability that } & \text { The continuity correction factor is: } \
\hline x \text { is at least } 12 & \
x \text { is at most } 12 & \
x \text { is more than } 12 & \
x \text { is less than } 12 &
\end{array}$

Question

You will use a normal distribution to approximate a binomial distribution. Complete the following table for a distribution in which $\mu = 16 .$ It might be helpful to make a diagram to help you determine the continuity factor for each entry.
$\begin{array} { r | r } 
\text { Find the probability that } & \text { The continuity correction factor is: } \
\hline x \text { is at least } 12 & \
x \text { is at most } 12 & \
x \text { is more than } 12 & \
x \text { is less than } 12 &
\end{array}$

Quizplus · Accepted Answer

The Answer of You will use a normal distribution to approximate a binomial distribution. Complete the following table for a distribution in which $\mu = 16 .$ It might be helpful to make a diagram to help you determine the continuity factor for each entry.
$\begin{array} { r | r } 
\text { Find the probability that } & \text { The continuity correction factor is: } \
\hline x \text { is at least } 12 & \
x \text { is at most } 12 & \
x \text { is more than } 12 & \
x \text { is less than } 12 &
\end{array}$

You Will Use a Normal Distribution to Approximate a Binomial μ=16.\mu = 16 .μ=16.

You Will Use a Normal Distribution to Approximate a Binomial $\mu = 16 .$