Answer:
product owner
Explanation:
The Scrum method is a framework for developing, delivering, and sustaining complex products in many fields of including research, sales, marketing and advanced technologies as seen below. In this methodology, the individual responsible for the business value of the project and for deciding what work to do is the product owner. This individual is usually the project's key stakeholder which gives him the responsibility of providing the vision of what the product should ultimately be to the rest of the team..
Answer:
a. semi-autonomous
Explanation:
Semi autonomous has a dictionary meaning that states being independent to some defined extent.
In the given instance also Devon thinks that her colleagues or coworkers are somewhere between the two categories, that is up to a certain extent they are really independent in their views. While on the other hand, at some situations their views depend on the things like views of coworkers.
Thus, using the term that the coworkers are semi autonomous is correct as to the concern they can exercise their own powers in half way.
Answer:
Explanation:
A product item is a specific version of a product that can be designated as a distinct offering among an organization's products. A product line is a group of closely related products offered by an organization.
In an organizational budget, variable expenses are the total cost that depended on the amount of goods produced.
Example of variable expenses are:
- Raw material expenses
- Cost of plastic to make a handphone case
- Cost of carrots if the company is selling carrot pies
- etc
Answer:
Order size = 23 cars
The number of orders = 23
Explanation:
The economic order quantity (EOQ) is the order size that reduces the balance of holding and ordering cost. It is to be noted that at EOQ, the carrying cost is equal to the holding cost.
The EOQ is computed as shown below;
= √ 2 × Co × D)/Ch
Co = Ordering cost
D = Annual demand
Ch = Carrying cost
EOQ = √ 2 × 500 × 529 / 1,000
EOQ = 23
Number of cars to be ordered per time, I.e optimal order size = 23
Order size = 23 cars
2. The number of times orders should be placed per year would be calculated as;
Number of orders = Annual demand / Order size
Number of orders = 529 / 23
Number of orders = 23
