Answer:
The total cost at 9000 anchor is $473400
Explanation:
To come up with the cost equation used by the manager, we need to find the variable cost per unit.
The total cost at production level of 5300 is = 5300 * 54 = $286200
Out of the total costs, $18000 are fixed.
Thus, variable costs at production of 5300 is = 286200 - 18000 = $268200
The variable cost per unit is = 268200 / 5300 = $50.60
Let x be the number of anchors produced.
The cost equation is = 18000 + 50.60x
At 9000 anchors, the total cost will be,
Total cost = 18000 + 50.60 * (9000) = $473400
The correct answer that would best complete the given statement above would be option A. SEQUENCE refers <span>to the order of things, such as performing the goal-setting processes. Goal setting is a process in which you will be thinking of possible ideas that will help and understand how to achieve your goals. Hope this answer helps.</span>
Answer:
Purchase Decision Process
Explanation:
The purchase decision process is the one through which the a buyer makes his decision of buying a certain product.
This consumer buying process has five step which they use to make their decision, are following;
- Need or Problem Recognition.
- Information Search.
- Evaluation of Alternatives.
- Purchase Decision.
- Post-Purchase Evaluation.
I hope the answer is helpful.
Thanks for asking.
Answer:
B. Meaning
Explanation:
Given that Noreen goals are in line with the manager, team and employer, it means Noreen has meaning in relation to her company. Meaning in relation, shows the degree to which one entity is related to another entity. Here, Noreen goals for herself and a "probable work place " matches and aligns with the goals of every worker in the company including are employer.
Answer:
Annual depreciation= $73,551.72
Explanation:
Giving the following information:
A truck costs $316,000 and is expected to be driven 116,000 miles during its five-year life. The residual value is expected to be zero. The truck is driven 27,000 miles during the first year.
Annual depreciation= [(original cost - salvage value)/useful life of production in units]*units produced
Annual depreciation= (316,000/116,000)*27,000= $73,551.72