Explanation:
The production system consists of all integrated activities and operations for the production of goods and services.
Organizational capacity is measured by the set of effective actions of coordination and control of the production system. Therefore, active management of systems monitoring will determine key factors for better meeting consumer demands and needs through continuous improvement in the quality of manufacturing processes, innovations, reduction of waste and unnecessary spending, which enables greater transfer to the customer a product with quality and low cost and represents for the organization gains of competitive and strategic advantages.
The countries involved in the Marshall Plan were mostly United Kingdom and France, however, 18 more countries were helped including Portugal, Turkey, Italy, Austria, Western Germany, the Scandinavian countries, and many more including even countries from Asia, but their plan was called differently and didn't fall directly under the Marshall Plan.
Answer:
very few hierarchical levels
Explanation:
According to my research on different company organizational structures, I can say that based on the information provided within the question Herman Miller is most likely an organization that has very few hierarchical levels. This is since it is mentioned that the employees are placed in teams that are not higher or lower in rank from one another, but at the same time there is still a boss of the company. Therefore there are hierarchical levels but they are extremely few.
I hope this answered your question. If you have any more questions feel free to ask away at Brainly.
Cost of equity is calculated as -
Cost of equity = Risk free return + Beta * (Market risk - Risk free return)
Given,
Risk free return = 5.3 %
Market risk = 12 %
Beta = 1.05
Cost of equity = 5.3 % + (1.05*(12-5.3%))
Cost of equity = 12.335 % or 12.24 %
The answer is "<span>Heaps are complete binary trees".</span>
In software engineering, a heap is a particular tree-based information structure that fulfills the heap property. The heap is one maximally effective execution of a dynamic information sort called a priority queues, and in reality priority queues are regularly alluded to as "heaps", regardless of how they might be implemented.
