Given the contingency table shown here, what is the probability that a student attends a public school in a rural area? $$\text { What type of school do you attend? }$$
$\begin{array}{|c|c|c|c|c|}
\hline \text { Location } &\text { Public }(P) & \text { Religious }(R) & \text { Other Private }(O) & \text { Row Total } \
\hline \text { Inner City (I) }&35 & 15 & 20&70 \
\hline \text { Sububan (S) }&45 & 10 & 25&80 \
\hline \text { Rural (R) }&25 & 5 & 5&35 \
\hline \text { Col Total }& 105 & 30 & 50&185 \
\hline
\end{array}$
A).238
B).714
C).135
D).567

Question

Given the contingency table shown here, what is the probability that a student attends a public school in a rural area? $$\text { What type of school do you attend? }$$
$\begin{array}{|c|c|c|c|c|}
\hline \text { Location } &\text { Public }(P) & \text { Religious }(R) & \text { Other Private }(O) & \text { Row Total } \
\hline \text { Inner City  (I) }&35 & 15 & 20&70 \
\hline \text { Sububan (S) }&45 & 10 & 25&80 \
\hline \text { Rural (R) }&25 & 5 & 5&35 \
\hline \text { Col Total }& 105 & 30 & 50&185 \
\hline
\end{array}$
A).238
B).714
C).135
D).567

Quizplus · Accepted Answer

The probability that a student attends a public school in a rural area is calculated by dividing the number of students attending public schools in rural areas by the total number of students. From the table, 25 students attend a public school in a rural area, and the total number of students is 185. Therefore, the probability is $ \frac{25}{185} $, which simplifies to approximately 0.135.

Given the Contingency Table Shown Here, What Is the Probability What type of school do you attend? \text { What type of school do you attend? } What type of school do you attend?

Given the Contingency Table Shown Here, What Is the Probability $\text { What type of school do you attend? }$