Answer:
A) to determine the cost of the asset being depreciated we must use the first year's depreciation using the double declining method to find 40% of the asset's value:
40% of the asset's value = $29,200
asset's value = $29,200 / 40% = $73,000
B) salvage value = asset's value - total depreciation = $73,000 - $65,700 = $7,300
One method on optimizing a function is by finding the absolute extrema. It is done by having the optimal values continuous including the including the endpoints. I hope my answer has come to your help. God bless and have a nice day ahead!<span>
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Answer: The Break-Even Point will reduce from $4,285.71 to $4,125
Explanation:
To get the Break-Even Point we can divide Fixed Assets by the Contribution margin.
The Contribution Margin is the Selling Price minus the Variable Cost.
For Scenario 1 the Break-Even Point will be,
= 15,000 / ( 6 - 2.50)
= $4,285.71
For Scenario 2 the Break-Even Point is,
= 16,500 / 6.5 -2.5
= $4,125
The Break-Even Point for Scenario 2 means that even though the higher Fixed Costs could have led to a higher Break-Even Point, the higher price contributed more than the fixed costs did and led to an ultimately lower Break-Even Point than the first Scenario.
Answer:
D) Growth in earnings per share averaging 15% or better annually for the next five years
Explanation:
First of all, objectives must be well defined and measurable. That is why increasing profitability is a good idea but not a very good strategic objective, since a 0.00001% growth in profits will still comply with it. The same applies with growing market share.
Improving product quality will help improve total sales but it is not a financial objective.
The only financial objective that is precise and measurable is option D, which sets the goal of increasing earnings per share at least 15% every year.
Answer:
increase by more than $1 million
