Answer:
$7,986
Explanation:
To calculate the equivalent annual cost for 5 year period at an interest rate of 10% per year we need to go through some minor calculations first.
DATA
Cost in first year (A) = $10,000
Decrease in cost each year after the first year (G) = $560
Interest rate = 10%
Time period = 5 years
Solution
EAC = A - G (A/G, i, n)
EAC = $9,000 - $560(A/G, 10%, 5)
EAC = $9,000 - ($560 * 1.8101)
EAC = $9,000 - $1,013.656
EAC = $7,986
Answer:
$116,161.616
Explanation:
Given that,
Total interest paid = $230,000
Time period = 30 year
Annual interest rate = 6.6%
Total interest on loan = Loan amount × Interest rate × Time period
$230,000 = Loan amount × 6.6% × 30 years
Loan amount:
= $116,161.616
Therefore, the loan amount is $116,161.616.
Answer:
c. Outsource to a third party
Explanation:
At that time when business improved, Tasha Lind saw that the company is suffering with shortage of talent. From the given following methods she should use <u>outsource to a third party</u> for managing the shortage of talent because as outsource to a third party generally means that the company will give the contract of their work to any third party they wish. As company is suffering with shortage of talent, so the company will have to give contract to any other third party because company will not make its loss.
We know that expected return is 16%. The standard deviation is 20%. And in addition, the risk-free rate is 4%. Denote with x: expected return, "Y": the risk-free rate and sigma: standard deviation. The reward-to-volatility ratio is(x-y) / (sigma) = (16-4) / 20 = .6
Answer:
n = 160
p = 0.12
Explanation:
In a Binomial distribution two parameters are of great interest, n and p.
where n is the number of trials and p is the probability of success and (1 - p) is the probability of failure.
p = 12%
n = 160
Mean = E(X) = μ = n*p = 160*0.12 = 19.2
μ = 19.2
variance = σ² = np(1 - p) = 160*0.12(1 - 0.12) = 16.89
standard deviation = σ = √16.89 = 4.11
σ = 4.11
