Answer:
Option A is the cheapest.
Explanation:
Giving the following information:
The engineering department estimates costs of $450,000 for the first year. It is estimated that if process and plant alterations are made, the waste treatment cost will decline $43,000 each year. As an alternative, a specialized firm, Hydro-Clean, has offered a contract to process the waste liquids for 15 years for $225,000 per year.
We need to use the following formula and chose the smallest net present value:
NPV= Io +∑ [Cf/(1+i)^n]
Option A:
Io= 407,000
Year cost= 43,000
NPV= 734,061
Option B:
Yearly cost= 225,000
NPV= 1,936,368
<span>The transportation service characteristic that refers to the ability of the transportation provider to move freight between a specific origin and a destination is called</span>
accessibility
When a company fails to execute its strategic plan, the first reaction is often to rewrite the org chart or tweak incentives. Clarifying decision-making authority and improving the flow of information both at the management level and throughout the organization is much more effective. After that, the appropriate structure and motives are usually set.
Similar to the Galbraith and Nathanson model, this is a systems-based model in which strategy development is processed as inputs from four interconnected elements: organizational structure, management processes, human resources, and culture, and outcomes achieve strategic goals as
A strategic plan is a systematic process of envisioning a desired future and translating that vision into broadly defined goals or goals and a series of steps to achieve them.
Learn more about the strategic plan at
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Answer: $2,400
Explanation:
The best transfer price is the related cost to the division in question and this is usually the Variable cost of production.
Since there is excess capacity, we can assume that no benefits will be lost in transit.
To calculate therefore, we simply add up all the Variable costs of production.
= Direct labor + Direct Material + Variable Overhead.
= 1,300 + 700 + 400
= $2,400
$2,400 is the best transfer price to avoid transfer price problems.
