To solve for the semimonthly payments on Max's insurance cost:
Annual insurance rate: $11,700
Employer pays 60%
What is Max's amount to pay?
(11,700)(.60) = $7,020
Max's employer pays $7,020
Max pays $4,680 (11,700-7,020)
If Max pay's $4,680 a year and we want to know but he pays semimonthly, or twice a month then we need to divide his annual payment by 24 since there are 12 months and he pays twice a month.
($4,680/24)= $195
Max pays $195 semimonthly for his insurance.
Answer:
Option 2 is only correct.
Explanation:
The reason is that the physical capital is the physical assets used for production of goods and services whereas the Technological knowledge refers to the knowledge of increasing the productivity by utilizing physical capital. So these two statements were incorrect.
The second statement is correct because the better tools or technology we have the better we can produce. This means these technological tools helps workers to produce more so the statement is correct.
Answer: 9.2%
Explanation:
The interest rate that Rolling Coast should expect to issue new bonds will be calculated thus:
Firstly, we will calculate the previous risk premium on BBB bonds which will be:
= 11.5% - 8.7% = 2.8%
Then, the new risk premium on BBB bonds will be:
= Previous risk premium / 2
= 2.8% / 2
= 1.4%
Then, the interest rate that Rolling Coast should expect to issue new bonds will be:
= 7.8% + 1.4%
= 9.2%
Answer:D.
maintain a concerned expression
Explanation:
One of the main traits of a successful Custer service agent is empathy. When the customer is angry and one isaintaining a happy or pleaseant face, he will interprete it as lack of concern for his plight.
The best expression is to maintain a concerned expression that shows you sympathise with his situation and you have personalised the situation.
This sympathy is expressed as doing your best to effectively solve the customer problem.
Answer:
<u>X= $15,692.9393</u>
Explanation:
Giving the following information:
Number of years= 30
Final value= 1,000,000
First, deposit $10000 for ten years (last deposit at t=10).
After ten years, you deposit X for 20 years until t=30.
i= 6%
First, we need to calculate the final value in t=10. We are going to use the following formula:
FV= {A*[(1+i)^t-1]}/i
FV= {10000*[(1.06^10)-1]}/0.06= $131807.9494
We can calculate the amount of money to input every year. We need to isolate A:
A= (FV*i)/[(1+i)^n-1]
First, we need to calculate the final value of the $131807.9494
FV= PV*[(1+i)^n]
FV= 131807.9494*1.06)^20= 422725.95
We need (1000000-4227725.95) $577274.05 to reache $1000000
A= (FV*i)/[(1+i)^n-1]
A= (577274.05*0.06)/[(1.06^20)-1]= 15692.9393
<u>X= $15,692.9393</u>
