Answer:
- <u><em>Option B. $1,025 a month for 10 years.</em></u>
Explanation:
Calculate the present value of each option:
Formula:
Where:
- PV is the present value of the constant monthly payments
- r is the monthly rate
- t is the number of moths
<u>1. Option A will provide $1,500 a month for 6 years. </u>
<u>2. Option B will pay $1,025 a month for 10 years. </u>
<u>3. Option C offers $85,000 as a lump sum payment today. </u>
<u></u>
<h2 /><h2> Conclusion:</h2>
The present value of the<em> option B, $1,025 a month for 10 years</em>, has a the greatest present value, thus since he is only concerned with the <em>financial aspects of the offier</em>, this is the one he should select.
Answer:
B) The law of demand
Explanation:
The law of demand states that the higher the price, the lower the quantity demanded and the lower the price, the higher the quantity demanded.
Opportunity cost is the cost of the next best option forgone when one alternative is chosen over other alternatives.
Ceteris paribus means all things being equal.
Says law says supply creates its own demand.
I hope my answer helps you
The relationship between the straight-line and double-declining-balance method is that they D. Produce the same total depreciation over an asset's useful life.
<h3>How are the straight-line and double-declining-balance methods related?</h3>
While they do not produce the same depreciation every year, they will eventually depreciate an asset in the same way overtime.
What this means is that both methods will depreciate an asset by the same amount at the end of the asset's life. However, the depreciation amounts will vary by method on an annual basis.
In conclusion, option D is correct.
Find out more on depreciation methods at brainly.com/question/26948130.
Answer:
Mel
If Mel is risk-neutral, then in the absence of trip insurance, the most she will be willing to pay for the cruise is _______.
c. $1,220
Explanation:
a) Data and Calculations:
Mel's value of a cruise in nice weather = $2,000
Mel's value of a cruise in bad weather = $50
Probability of nice weather = 60%
Probability of bad weather = 40%
Expected value:
Weather Outcome Probability Expected Value
Nice weather $2,000 60% $1,200
Bad weather $50 40% $20
Total expected value of a cruise $1,220