Answer:
B. each customer's reservation price.
Explanation:
Reservation price is the highest amount a buyer would be willing to pay for a good or service.
I hope my answer helps you
The marketplace is full of both potential and non-potential customers which makes this statement <u>True</u>.
<h3>Are both potential and non-potential customers in the market?</h3>
The market does indeed have both potential customers for a product and non-potential customers who would not want to buy the product.
As a result, it is not possible to directly market to only potential customers, but to the entire marketplace.
Find out more on potential customers at brainly.com/question/3053467.
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Answer:
$1140.28
Explanation:
The computation of the net present value of this investment is shown below:-
= Annual Cash flows × Present Value of Annuity Factor (r , n) - Initial Investment
as
Annual cash flows = $8600
Present Value of Annuity Factor (r , n)
r = 10% and n = 4 years
So, the Present Value of Annuity Factor will be the sum of the present value of 4 years at 10%
For Year 1 = 0.9091
For Year 2 = 0.8264
For Year 3 = 0.7513
For Year 4 = 0.6830
Total = 3.1698
Therefore,
Net Present Value = (Cash inflow × Total) -
Initial Investment
= ($8600 × 3.1698) - $26,120
= $27,260.28 - $26,120
= $1140.28
Answer:
c. buying rupees from National Bank at the ask rate and selling them to American Bank at the bid rate.
Explanation:
- Locational arbitrage is a strategy in which one seeks profits from the difference in exchange rates for the same currency at different banks.
- In our case for locational arbitrage one will have to buy Indian rupee from National bank at the ask rate and then sell them to American bank at the bid rate to make profit.
Answer:
$9,400
Explanation:
We know,
predetermined overhead rate for machine hour = 
Given,
Total overhead cost = $690,900
Total machine hours = 1,470
Putting the values into the formula, we can get
predetermined overhead rate for machine hour = 
predetermined overhead rate for machine hour = $470
When we use a separate job, the overhead cost will be = predetermined overhead rate × total hours used by the job.
The amount of overhead should be applied to Job 65A if that job uses 20 machine hours during January = 20 hours × $470 = $9,400