Question

In: Finance

Helen received a loan of $25,000 at 4.5% compounded quarterly. She had to make payments at...

Helen received a loan of $25,000 at 4.5% compounded quarterly. She had to make payments at the end of every quarter for a period of 7 years to settle the loan.

a. Calculate the size of payments.

Round to the nearest cent

b. Fill in the partial amortization schedule for the loan, rounding your answers to two decimal places.

Payment Number

Payment

Interest Portion

Principal Portion

Principal Balance

0

$25,000.00

1

2

: :

: :

: :

: :

: :

: :

: :

: :

: :

: :

Please fill in as well Please fill in as well Please fill in as well Please fill in as well Please fill in as well
Please fill in as well Please fill in as well Please fill in as well Please fill in as well

0.00

Total

Please fill in as well Please fill in as well Please fill in as well

Solutions

Expert Solution

a) Size of payment is $1,045.82

We can find the answer using present value of annuity formula:

Where,
PVA = Present value of annuity
A = Annuity or payment
i = Interest rate in decimal form
a = Number of payments in a year
n = Number of years

b)

Payment Number Payment Inerest Portion Principal Portion Principal Balance
0                                  -                                    -                                    -                    25,000.00
1                     1,045.82 281.25                        764.57                  24,235.43
2                     1,045.82                        272.65                        773.18                  23,462.25
3                     1,045.82                        263.95                        781.87                  22,680.37
4                     1,045.82                        255.15                        790.67                  21,889.70
5                     1,045.82                        246.26                        799.57                  21,090.14
6                     1,045.82                        237.26                        808.56                  20,281.58
7                     1,045.82                        228.17                        817.66                  19,463.92
8                     1,045.82                        218.97                        826.86                  18,637.07
9                     1,045.82                        209.67                        836.16                  17,800.91
10                     1,045.82                        200.26                        845.56                  16,955.34
11                     1,045.82                        190.75                        855.08                  16,100.27
12                     1,045.82                        181.13                        864.70                  15,235.57
13                     1,045.82                        171.40                        874.42                  14,361.14
14                     1,045.82                        161.56                        884.26                  13,476.88
15                     1,045.82                        151.61                        894.21                  12,582.67
16                     1,045.82                        141.56                        904.27                  11,678.40
17                     1,045.82                        131.38                        914.44                  10,763.96
18                     1,045.82                        121.09                        924.73                     9,839.23
19                     1,045.82                        110.69                        935.13                     8,904.10
20                     1,045.82                        100.17                        945.65                     7,958.44
21                     1,045.82                           89.53                        956.29                     7,002.15
22                     1,045.82                           78.77                        967.05                     6,035.10
23                     1,045.82                           67.89                        977.93                     5,057.17
24                     1,045.82                           56.89                        988.93                     4,068.24
25                     1,045.82                           45.77                     1,000.06                     3,068.18
26                     1,045.82                           34.52                     1,011.31                     2,056.87
27                     1,045.82                           23.14                     1,022.68                     1,034.19
28                     1,045.82                           11.63                     1,034.19                                  -  
Total                  29,283.09                     4,283.09                  25,000.00

Excel Formula:


Related Solutions

Sophie received a loan of $28,000 at 6.5% compounded quarterly. She had to make payments at...
Sophie received a loan of $28,000 at 6.5% compounded quarterly. She had to make payments at the end of every quarter for a period of 8 years to settle the loan. a. Calculate the size of payments. Round to the nearest cent b. Fill in the partial amortization schedule for the loan, rounding your answers to two decimal places. Payment Number Payment Interest Portion Principal Portion Principal Balance 0 $28,000.00 1 2 : : : : : : : :...
Liz received a loan of $15,000 at 5.50% compounded quarterly. She had to make payments at...
Liz received a loan of $15,000 at 5.50% compounded quarterly. She had to make payments at the end of every quarter for a period of 1 year to settle the loan. a. Calculate the size of payments. Round to the nearest cent b. Fill in the amortization schedule, rounding the answers to two decimal places. Payment Number Amount Paid Interest Portion Principal Portion Principal Balance 0 $15,000.00 1 2 3 4 Total
Ali received a loan of $28,000 at 6.5% compounded quarterly. He had to make payments at...
Ali received a loan of $28,000 at 6.5% compounded quarterly. He had to make payments at the end of every quarter for a period of 8 years to settle the loan. a. Calculate the size of payments. Round to the nearest cent b. Fill in the partial amortization schedule for the loan, rounding your answers to two decimal places. Payment Number Payment Interest Portion Principal Portion Principal Balance 0 $28,000.00 1 2 : : : : : : : :...
If 25,000 is invested into an account paying 4.5% per year, compounded quarterly, how much money...
If 25,000 is invested into an account paying 4.5% per year, compounded quarterly, how much money can be withdrawn from the account every two month for the next 6 years
Lucy received a loan of $8,700 at 5.75% compounded monthly. She settled the loan by making...
Lucy received a loan of $8,700 at 5.75% compounded monthly. She settled the loan by making periodic payments at the end of every three months for 4 years, with the first payment made 2 years and 3 months from now. What was the size of the periodic payments?
5. You have a bank loan at 6.75%, compounded monthly with quarterly payments. What is the...
5. You have a bank loan at 6.75%, compounded monthly with quarterly payments. What is the effective interest rate per payment period? 6. You lent $500 to your friend at 10% compounded every 2 months. You have asked her to pay the money back at the end of one year and to make an interest payment every six months (one at the 6 month mark and one at the end). What is the effective interest rate per payment period? 7....
Lionel’s student loan of $21,500 at 3.92% compounded quarterly was amortized over 4 years with payments...
Lionel’s student loan of $21,500 at 3.92% compounded quarterly was amortized over 4 years with payments made at the end of every month. What was the principal balance on the loan after 3 years? Round to the nearest cent
A borrower had a loan of 60,000 at 4% compounded annually with 9annual payments. Suppose...
A borrower had a loan of 60,000 at 4% compounded annually with 9 annual payments. Suppose the borrower paid off the loan after 5 years. Calculate the amount needed to pay off the loan.
An investment of $13,000 was growing at 4.5% compounded quarterly. a. Calculate the accumulated value of...
An investment of $13,000 was growing at 4.5% compounded quarterly. a. Calculate the accumulated value of this investment at the end of year 1. Round to the nearest cent b. If the interest rate changed to 5% compounded monthly at the end of year 1, calculate the accumulated value of this investment at the end of year 5. Round to the nearest cent c. Calculate the amount of interest earned from this investment during the 5-year period.
You are taking out a $25,000 loan for a new car. You will make monthly payments...
You are taking out a $25,000 loan for a new car. You will make monthly payments for 5 years. You are given the choice between putting nothing down and a 7% APR OR putting $5000 down and a 5% APR. Which do you choose?
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT