Option C
As a manager with D-Lighting Industries, part of Darius’ job is to make specific short-term decisions about what his department must do to achieve D-Lighting’s long-term success. Darius is involved in: tactical planning.
<u>Explanation:</u>
Tactical planning demands a company's strategic plan and establishes ahead specific short-term activities and ideas, regularly by the company board or function. Tactical planning is splitting up those intentions into practicable tasks that we can begin programming into our task management practice and schedule.
In the tactical phase, the market is acknowledging to paramount facts. Lower-level supervisors have a greater knowledge of day-to-day actions, and they are habitually the ones accountable for tactical planning. In trades and the managerial world, tactical decisions are quite common.
Answer:
Load-distance method.
Explanation:
Load-distance method is a technique of making facility location decisions by an organization. In this method, different facility locations are assigned a load-stance value (it is a measure of the weight of the load to be transported and the distance) and the different facilities are evaluated on the basis of this value. The location with the minimum load-distance will have minimum transportation cost; so, this location will be preferred over the other locations.
Answer:
The uniform annual sales volume of the product for Nadine to be indifferent between the contracts is 7,772 units per year.
Explanation:
We have to compare the present-value of both plans to answer this question.
The Plan A has a present value of $30,000 as is an inmediate payment.
The Plan B has both an annual payment and a royalty, for a span of ten years.
The present value for Plan B is:
This can be simplified with a annuity factor for 10 years, with i=10%.
Then, the PV can be calculated as:
To be indifferent, both present values have to be equal:
The uniform annual sales volume of the product for Nadine to be indifferent between the contracts is 7,772 units per year.
Answer:
can i have brainliest pls
Explanation:
the awnser is d
Answer:
$800 million
Explanation:
GDP = consumption (C) + investment (I) + government spending (G) + Net Export (NX)
Y = C + I + G + NX
The number of computers left is
= 1,000,000 - 200,000 (household) - 300,000 (businesses) - 300,000 (government) - 100,000 (Foreign)
= 100,000
This worth 100,000 × $2,000 = 200 million
300,000 computers × $2,000 = 600 million
Total of these two = 200 + 600 million
= 800 million
Therefore, the value of the investment component of GDP is $800 million.
