Answer:
Please check the attached image for the timeline image.
present value. this is because in making the decision of whether to carry out a project, the decision is made at the beginning of of the project and not in the future. so it is important to determine the present value to know if the project is profitable and should be carried out.
Explanation:
Timeline is arranges a series of events in chronological order. cash inflows are recorded as positive while cash outflows have a negative sign in front of the amount.
present value is the sum of discounted cash flows
The smaller the required reserve ratio the larger the simple deposit multiplier. Do you agree or disagree with this statement. Explain your answer.
Answer:
Agree
Explanation:
A deposit multiplier is maximum amount of money that can be created for each unit of reserve. It is key requirement for maintaining economy's basic money supply. The simple deposit multiplier is 1 / rr * change in R. Deposit multiplier is the inverse of reserve ratio. The higher the reserve ratio the lesser will be the deposit multiplier. Reserve ratio is the minimum amount of money that must be kept in the deposit.
You want to buy a new sports coupe for $74,500, and the finance office at the dealership has quoted you a loan with an APR of 6.9 percent for 36 months to buy the car.
Required:
a. What will your monthly payments be?
b. What is the effective annual rate on this loan?
Answer:
a) Monthly payments = $22,969.38
b) Effective rate of return= 7.12%
Explanation:
Loan Amortization: A loan repayment method structured such that a series of equal periodic installments will be paid for certain number of periods to offset both the loan principal amount and the accrued interest.
The monthly installment is computed as follows:
Monthly installment= Loan amount/annuity factor
Loan amount; = 74,500
Annuity factor = (1 - (1+r)^(-n))/r
r -monthly rate of interest, n- number of months
r- 6.9%/12 = 0.575 % = 0.00575, n = 36 =
Annuity factor = ( 1- (1+00575)^(-36)/0.00575= 32.434
Monthly installment = Loan amount /annuity factor
= 74,500/32.434= 22,969.38
Required monthly payments = $22,969.38
Effective annual interest rate
Effective rate of return = ((1+r)^n- 1) × 100
where r - monthly interest rate- 6.9%/12 = 0.575%
n- number of months= 12 months
Effective rate of return - (1+00575)^(12) - 1× 100= 7.12%
Effective rate of return= 7.12%