Answer:
Gross investment will be equal to $175 billion
Explanation:
We have given nation's capital stock at the start = $200 billion
And capital stock at the end = $350 billion
Consumption of private fixed capital in the year = $25 billion
We have to find the gross investment
Gross investment is equal to
Gross investment = Capital stock at the end of the year + consumption of private fixed capital - Capital stock at the starting of the year
= $350+$25-$200 = $175
So gross investment will be equal to $175 billion
Answer and Explanation:
What is the critical issues confronting WCC North America?
WCC North America faces a supply chain management issue whereby there are lapses in integrating divisions within the organization resulting in complications with determining order status of customers.
What changes, if any, should be initiated to address the critical issues?
The text "Supply Chain Logistics Management, by Donald J. Bowersox, David J. Closs, M. Bixby Cooper, John C. Bowersox, 2013" mentions the need to address the critical issue of WCC North America by setting up a system that populates data of customer order status,recognizing them as high volume key accounts, in order to keep order response efficient and effective.
Answer:
b. management is the same as the ownership of the organization.
Explanation:
Weberian bureaucracy is the term used for the bureaucracy concept introduced by Max Weber, the famous sociologist and economists. He clearly stated that for any kind of administration the basic need is to maintain some standard characteristics:
Which included hierarchy as basics, therefore, it clearly distinguished the management and ownership and both are on different hierarchy.
Therefore, the correct option is:
b. management is the same as the ownership of the organization.
Answer:
Optimal production run= 816 units per run
Explanation:
T<em>he optimal production run is the economic batch units that minimizes the balance of set-up cost and holding cost. It can be determined by adjusting the economic order quantity (EOQ) model for gradual replenishment ,</em>
EBQ = √(2× Co× D)/Ch(1-D/R)
EBQ- Economic /optimal production run
Co- set-up cost per run
Ch- holding cost per unit per annum
D- Annual Supply- 9800× 280
Production rate per day-5000
Optimal production run =
√(2×50× 800×280)/(40×(1-800/5000))
=816.4965809
Optimal production run= 816 units per run