Answer:
The answer is $86,167.57 (to 2 decimal places)
Explanation:
In this question, we are to calculate the present value of a certain amount that is compounded semiannually, and after 10 years, yields a future value of $200,000. To calculate this, we will use the formula for calculating present value as follows:
PV = FV ÷ 
where:
PV = present value = ???
FV = future value = $200,000
r = interest rate in decimal = 8.6% = 0.086
n = compounding period pr year = semiannually = 2
t = time of compounding in years = 10
Therefore,
PV = 200,000 ÷ 
PV = 200,000 ÷ 
= $86,167.57
Ok thanks so much for your i i for a while and i is going there for the rest of
Answer:
10.38%
Explanation:
The formula to compute the effective annual rate of the loan is shown below:
= (1 + nominal interest rate ÷ periods)^ number of period - 1
The nominal interest rate is shown below:
= $250 × 4 ÷ $10,000
= $1,000 ÷ $10,000
= 0.1
Now the effective annual rate is
= (1 + 0.1 ÷ 4)^4 - 1
= (1 + 0.025)^4 - 1
= 1.025^4 - 1
= 10.38%
Since the interest rate is measured on a quarterly basis, we know there are four quarters in a year and we do the same in the calculation part.
This is the answer but the same is not provided in the given options
Answer:please refer to the explanation section
Explanation:
The Question is incomplete. the question requires us to calculate minimum number of customers required to cover costs of promotions, to calculate the minimum number of customers required we need a price per customer. let us assume the price $6
Variable costs = $3.75
Fixed costs = $18000
Minimum Customers Required = Fixed costs/(Price - Variable cost)
Minimum Customers Required = 18000/6 - 3.75 = 8000
8000 customers are required
Answer: (63, 50, 44)
Explanation:
Utility is the satisfaction that we derive as consumers when we consume or use a certain product.
Since Bundle A is strictly preferred to bundle B, and bundle B is strictly preferred to bundle C, it means that the value of Bundle A must be more than B and C while that of Bundle B must be more than bundle C.
Therefore, the correct option is B which is (63, 50, 44)
