Answer: One of the costs of not having insurance is the cost of repairing. Another cost is paying insurance premiums. Losses caused by a lack of insurance are the price of not having insurance.
Answer: 12.68%
Explanation:
The Effective Annual Interest rate is the nominal interest rate adjusted for the number of compounding periods a financial product will experience in a period of time which is usually a year.
The formula is,
Effective annual interest rate = (1 + (nominal rate / number of compounding periods)) ^ (number of compounding periods) - 1
Plugging in the figures would give,
EAR = (1 + 0.01) ^ 12 - 1
EAR = 1.01^12 - 1
EAR = 12.68%
You might notice that in the bracket I did not divide the 1% by 12. This is because the 1% was already given as the month's interest rate.
Khalil’s position is indeed very important at his job. First of all, his job consists of working with computers, servers, network devices and other devices that are connected to one another. Devices that are connected to each other allow data to be shared, at Khalil’s job this is very important because the bank that he works for has branches all over the world and it is a key for the company to have good communication between all of the banks. Careers like Khalil’s are extremely important in our society today because of the fact that most of the communication in today’s jobs and schools is done virtually. Without network engineers our society would not function as is does now.
If this change will require employees to break old routines and adopt new role patterns, the preferred strategy for dealing with resistance to this change such as this is learning. The company would want their employees to learn new methods so as to be able to adopt to the change and in a way encourage to their employees.
Answer:
$974.969721935.
Explanation:
So, the assumed discount rate is six(6) percent(%). That is r = 0.06, hence, the amount I will be needing in the next 18 years for my child = $31,940. So, let us Calculate my yearly savings starting today by using the mathematical formula or representation below;
Amount needed in 18 years = (amounts to be saved starting from today, x)/ r × [ ( 1 + r )^n - 1] × ( 1 + r).
$31,940 = x/ 0.06 × (1 + 0.06)^18 - 1 × ( 1 + 0.06).
Solving for x, we find that;
The amounts to be saved starting from today, x = $31,940/ 32.7599917017.
=> The amounts to be saved starting from today, x =$974.969721935.