I have no idea to be honest
Answer: Hello your question is poorly written hence i will provide a general answer/explanation within the scope of your question
answer
A = ( P + i )^n
Explanation:
Final Amount after/before n deposits using a compounded interest can be calculated using the function below
A = ( P + i )^n
where : A = amount , P = principal , i = interest rate , n = number of payments
In this question ; i = r/m given that interest rate is compounded monthly.
r = Annual interest rate
m = number of months
Answer:
Total FV= $18,776.85
Explanation:
Giving the following information:
Interest rate= 10.3%
First deposit= $6,577
Second deposit= $9,769
<u>To calculate the future value, we need to use the following formula on each deposit:</u>
FV= PV*(1+i)^n
FV1= 6,577*1.103^2= 8,001.64
FV2= 9,769*1.103= 10,775.21
Total FV= $18,776.85
Answer:
A.True
Explanation:
A financial risk is the risk that could arise through borrowing. If an entity borrows money, it will have to pay the money back at some time, and will also have to pay interest. The risk is that if an entity borrows very large amounts of money, it might fail to generate enough cash from its business operations to pay the interest or repay the debt principal.
So based on the above discussion, the answer is A.True
