Answer:
B. $275,000
Explanation:
The second machine will be depreciate over time as it can later be used for operational purposes or another research projects. The first, as can only be used for a research project It should be considered expenses for the entire amount regardless of the useful life.
Machine B useful life 10 years
depreciation expense: cost / useful life
250,000 / 10 = 25,000
machine A 250,000 + 25,000 depreciation for machine B = 275,000 total
Answer:
Explanation:
Demand in business is the desire of consumers to purchase goods and services at the given prices.
<span>Given Data:
</span><span>
The return = 12%</span><span>
Stock price = </span>$43/share
<span>
Dividend = $1.00
Growth rate = </span><span>30% per year
</span> D₄ = $1.00 × (1.30)⁴
<span> = $2.8561.
</span><span>
Stock's expected constant growth rate after t = 4
</span>
Stock's expected constant growth rate:
X = 6.34%
Answer:
c. $36,070
Explanation:
contribution margin ratio is the ratio of the contribution to sales of an entity for a given period.
contribution margin ratio= contribution/sales
where contribution is the difference between sales and the variable cost
Given;
sales = $137,000
contribution margin ratio = 61% = 0.61
0.61 = contribution/$137,000
contribution = $137,000 × 0.61
= $83,570
Net operating income is the difference between the contribution and the fixed cost.
Fixed cost = $47,500
Net operating income = $83,570 - $47,500
= $36,070
Answer:
True
Explanation:
If lean production totally eliminates inventories, the net operating income computed under the absorption and variable costing methods should be equal. If lean production only reduces inventories, then the difference in net operating income under the two methods will be reduced.
Lean production is a system of production that tries to eliminate bottlenecks in the flow of goods by employing tools like just in time (JIT), Kaizen, and the 5S of Sort, Set in Order, Shine, Standardize, and Sustain, among others. It attempts to cut costs, reduce unnecessary inventory, shorten production cycle, speed response time, grant employees autonomy, and reduce waste of resources while ensuring high quality and customer satisfaction.
Lean production employs some principles in order to achieve efficiency. They are: 1) definition of value, 2) mapping the value stream, 3) creating efficient flow, 4) using a pull system, and 5) pursuing perfection in all aspect of production activities. The Lean approach can be applied to services and other aspect of business, like system, structure, and organization.
