The Bill of Material (BOM) for Products a and B____________________________________________________________________ -Using the Data in Exhibit 1, Determine the Timing

The Answer of The Bill of Material (BOM) for Products a and B____________________________________________________________________ -Using the Data in Exhibit 1, Determine the Timing

The Bill of Material (BOM) for Products a and B____________________________________________________________________ -Using the Data in Exhibit 1, Determine the Timing

The Answer of The Bill of Material (BOM) for Products a and B____________________________________________________________________ -Using the Data in Exhibit 1, Determine the Timing

Solved

The Bill of Material (BOM) for Products a and B

question 23

Multiple Choice

The bill of material (BOM) for Products A and B are shown below followed by a table of inventory data (called Exhibit 1) . The master production scheduling (MPS) for A calls for 150 units of A to be completed in Week 4 and another 225 units to be completed in Week 5. End item A has a two-week lead time. The MPS calls for 400 units of B to be completed in Week 6. End item B has a one-week lead time. $The bill of material (BOM) for Products A and B are shown below followed by a table of inventory data (called Exhibit 1) . The master production scheduling (MPS) for A calls for 150 units of A to be completed in Week 4 and another 225 units to be completed in Week 5. End item A has a two-week lead time. The MPS calls for 400 units of B to be completed in Week 6. End item B has a one-week lead time. Exhibit 1 \begin{array}{|l|l|l|l|} \hline \text { DATA CATEGORY } & \text { C } & \text { D } & \text { E } \\ \hline \text { Lot Sizing Rule } & \text { FOQ }=800 & \text { LFL } & \text { POQ =4 } \\ \hline \text { Lead Time } & 1 \text { week } & 2 \text { weeks } & 1 \text { week } \\ \hline \text { Scheduled Receipt } & 400 \text { (Week 1) } & 80 \text { (Week 1) } & \text { None } \\ \hline \text { Beginning Inventory } & 80 & 60 & 100 \\ \hline \end{array} ____________________________________________________________________ -Using the data in Exhibit 1, determine the timing and amount of the first planned order receipt for Item C. A) Week 3; 800 units B) Week 3; 645 units C) Week 3; 1,600 units D) Week 2; 800 units$ Exhibit 1
$\begin{array}{|l|l|l|l|}\hline \text { DATA CATEGORY } & \text { C } & \text { D } & \text { E } \\\hline \text { Lot Sizing Rule } & \text { FOQ }=800 & \text { LFL } & \text { POQ =4 } \\\hline \text { Lead Time } & 1 \text { week } & 2 \text { weeks } & 1 \text { week } \\\hline \text { Scheduled Receipt } & 400 \text { (Week 1) } & 80 \text { (Week 1) } & \text { None } \\\hline \text { Beginning Inventory } & 80 & 60 & 100 \\\hline\end{array}$ ____________________________________________________________________
-Using the data in Exhibit 1, determine the timing and amount of the first planned order receipt for Item C.

Definitions:

Continuous Random Variables

Variables that can take on an infinite number of values within a given range.

Infinitely Many Values

Refers to a set or range that contains an endless, uncountable number of values, often associated with continuous data.

High Blood Pressure

A condition in which the force of the blood against the artery walls is too high, often leading to health problems.

Probability

The measure of the likelihood that an event will occur, quantified as a number between 0 and 1.