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Exhibit 5-3
Steve the Auto Parts Salesman Is Trying to Navigate

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Exhibit 5-3
Steve the auto parts salesman is trying to navigate his way between the rural west Texas towns of Jonestown and Upland. The possible routes for this trip are shown below, along with the mileage along each route.
 Exhibit 5-3 Steve the auto parts salesman is trying to navigate his way between the rural west Texas towns of Jonestown and Upland. The possible routes for this trip are shown below, along with the mileage along each route.     \begin{array}{lrcc} \text { Origin } & & \text { Destination } & \text { Distance (miles) } \\ \text { Jonestown } & \text { to } & \text { Haleyville } & 25 \\ \text { Jonestown } & \text { to } & \text { Krickburg } & 55 \\ \text { Jonestown } & \text { to } & \text { Karn City } & 35 \\ \text { Haleyville } & \text { to } & \text { Mart } & 50 \\ \text { Haleyville } & \text { to } & \text { Krickburg } & 25 \\ \text { Haleyville } & \text { to } & \text { Karn City } & 30 \\ \text { Karn City } & \text { to } & \text { Mart } & 50 \\ \text { Karn City } & \text { to } & \text { Baker } & 65 \\ \text { Krickburg } & \text { to } & \text { Karn City } & 20 \\ \text { Krickburg } & \text { to } & \text { Baker } & 30 \\ \text { Krickburg } & \text { to } & \text { Mart } & 45 \\ \text { Mart } & \text { to } & \text { Baker } & 20 \\ \text { Mart } & \text { to } & \text { Upland } & 40 \\ \text { Baker } & \text { to } & \text { Upland } & 30 \end{array}  -Refer to Exhibit 5-3.Implement the appropriate model in Solver and determine the shortest path for Steve.How many total miles will he travel on his trip  Origin  Destination  Distance (miles)  Jonestown  to  Haleyville 25 Jonestown  to  Krickburg 55 Jonestown  to  Karn City 35 Haleyville  to  Mart 50 Haleyville  to  Krickburg 25 Haleyville  to  Karn City 30 Karn City  to  Mart 50 Karn City  to  Baker 65 Krickburg  to  Karn City 20 Krickburg  to  Baker 30 Krickburg  to  Mart 45 Mart  to  Baker 20 Mart  to  Upland 40 Baker  to  Upland 30\begin{array}{lrcc}\text { Origin } & & \text { Destination } & \text { Distance (miles) } \\\text { Jonestown } & \text { to } & \text { Haleyville } & 25 \\\text { Jonestown } & \text { to } & \text { Krickburg } & 55 \\\text { Jonestown } & \text { to } & \text { Karn City } & 35 \\\text { Haleyville } & \text { to } & \text { Mart } & 50 \\\text { Haleyville } & \text { to } & \text { Krickburg } & 25 \\\text { Haleyville } & \text { to } & \text { Karn City } & 30 \\\text { Karn City } & \text { to } & \text { Mart } & 50 \\\text { Karn City } & \text { to } & \text { Baker } & 65 \\\text { Krickburg } & \text { to } & \text { Karn City } & 20 \\\text { Krickburg } & \text { to } & \text { Baker } & 30 \\\text { Krickburg } & \text { to } & \text { Mart } & 45 \\\text { Mart } & \text { to } & \text { Baker } & 20 \\\text { Mart } & \text { to } & \text { Upland } & 40 \\\text { Baker } & \text { to } & \text { Upland } & 30\end{array}
-Refer to Exhibit 5-3.Implement the appropriate model in Solver and determine the shortest path for Steve.How many total miles will he travel on his trip

Calculate expected frequencies for cells in a chi-squared test.
Distinguish between different statistical tests and when to use them.
Recognize conditions under which the null hypothesis is rejected in chi-squared tests.
Comprehend the implications of a test statistic's value on the null hypothesis.

Definitions:

Actual Direct Labor Rate

The actual amount paid per hour to workers who are directly involved in the production of goods or services.

Labor Rate Variance

The difference between the actual cost of direct labor and the standard cost, indicating how well the company is managing its labor costs.

Direct Labor Standards

The expected amount of time and wage rate for workers to complete a unit of production.

Labor Efficiency Variance

A measure of the difference between the actual hours worked and the standard hours expected to produce a certain level of output.

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