Answer: The risk of stock out = 2.94%
Explanation:
Reorder point is calculated as: Lead time*demand per unit time=45*9=405
While the amount on-hand reaches 422 pounds, the manager was reordering lubricant.
During the lead time, Standard Deviation of Demand =Daily S.D*(Lead time)^0.5=3*(9^0.5)=9
Risk of Stock Out=(422-405)/9 S.D=1.89 S.D
From Normal distribution curve 1.89 S.D=0.0294=2.94%
Therefore, the risk of stock out=2.94%
Answer:
The correct answer is letter "C": William Ouchi, Theory Z.
Explanation:
American professor William Ouchi (born in 1943) proposed the "Theory Z", first described in his book "<em>Theory Z: How American Management Can Meet the Japanese Challenge</em>" which is an approach that explains how firms should develop a strong company philosophy and culture and consensus in decisions.
Theory Z aims to employee development, as well, by concerning about their well-being, making them generalists instead of specialists, promoting individual responsibility, and monitoring them informally but with formal measures.
Answer:
manufacturing organization
Explanation:
This is an example of a manufacturing organization. This is an organization that focuses on gathering all of the necessary ingredients, which are then placed in a specific process to which combines them to make a unique product. This product is then sold to other companies or individual customers to generate profit for the company. This is exactly what Black Diamond does in order to produce outdoor equipment.
Answer:
The correct answer is the option D: Decision Support System.
Explanation:
To begin with, <em>''Decision Support System''</em> or DDS is the name given to a type of information system whose main purpose is to help the users in the decision making process by given them support regarding data mining and the recollection of information in order to <u>present several alternatives that may help the user to resolve a problem that may be rapidly changing and not easily specified in advance</u>, for example unstructured decision problems.
Answer:
The average inventory if they order at the optimal order quantity is 1.335
Explanation:
Accordin to the formula
Optimal order quantity = 
=
= 2670
Average inventory = Optimal order quantity / 2 = 1335.