Question

In: Finance

1. In the fictional land of Westeros, House Lannister vies with rival Houses for control of...

1. In the fictional land of Westeros, House Lannister vies with rival Houses for control of the throne. War breaks out. To finance its war operations, House Lannister borrows 900,000 gold pieces from the “Iron Bank.” The loan is structured as a balloon mortgage with the following details: a term of 15 years, with amortization based on a 30-year loan with monthly payments. The Iron Bank offers the Lannisters a relatively low APR of 6%, because “a Lannister always repays his debt.”

a) Determine the EAR associated with the loan and the remaining principal that will be due in 15 years. EAR: ___________________ Principal due in 15 years: ________________

b) Complete the following portion of the loan amortization schedule: Month Beginning balance Interest paid Principal paid Ending balance _______________________

c) Compute the total interest paid on the loan (over 15 years), and the interest paid in the first month of the 10th year of the loan. Total interest paid on loan: ____________ Interest paid in first month of 10th year: ____________ Reasoning:

d) (3 points) Now suppose that the Iron Bank charges an origination fee of 2%, which is rolled into the loan value. Determine the EAR associated with the loan when the fee is incorporated. New EAR: ___________

Solutions

Expert Solution

a) Calculation of effective annual rate (EAR)

Lets assume i = EAR, r = APR (interest rate), m = Month

i = (1 + r/m)m - 1

i = (1 + 0.06/12)12 - 1

Hence i = 0.061678 i.e 6.1678% lets say 6.17%

Calculation of Principle due in 15 Years

Lets calculate EMI first :

P = Principal, n = Number of monthly installments (30 years i.e 360 months)

EMI = [P x r x (1+r)n] / [(1+r)n - 1]

EMI = [900000 x (0.06/12)] x [( 1 + 0.06/12 )360 - 1 ]

Therefore EMI = 5395.95

Please refer below table for answer of a, b & c

1. Principle due in 15 Years = 2,60,502

2. Interest paid on the loan over 15 years = 7,38,164

3.Interest paid in the first month of the 10th year = 3860.56

4. Total interest paid on loan = 10,42,543.70

Month Installment paid

Interest Paid

(o/s loan x rate of interest)

Principle Paid

(EMI - Interest)

Balance due

108                            5,396                       3,868                         1,528                7,72,112
109                            5,396                       3,861                         1,535                7,70,576
110                            5,396                       3,853                         1,543                7,69,033
111                            5,396                       3,845                         1,551                7,67,482
112                            5,396                       3,837                         1,559                7,65,924
113                            5,396                       3,830                         1,566                7,64,357
114                            5,396                       3,822                         1,574                7,62,783
115                            5,396                       3,814                         1,582                7,61,201
116                            5,396                       3,806                         1,590                7,59,611
117                            5,396                       3,798                         1,598                7,58,013
118                            5,396                       3,790                         1,606                7,56,407
119                            5,396                       3,782                         1,614                7,54,794
120                            5,396                       3,774                         1,622                7,53,172

Yearly calculation with rate of 6%

Year EMI Interest Principle Balance due
                1.00 66,577.77     55,530.00       11,047.77          8,88,952.23
                2.00 66,577.77     54,848.35       11,729.42          8,77,222.81
                3.00 66,577.77     54,124.65       12,453.13          8,64,769.68
                4.00 66,577.77     53,356.29       13,221.48          8,51,548.20
                5.00 66,577.77     52,540.52       14,037.25          8,37,510.95
                6.00 66,577.77     51,674.43       14,903.35          8,22,607.60
                7.00 66,577.77     50,754.89       15,822.88          8,06,784.72
                8.00 66,577.77     49,778.62       16,799.16          7,89,985.56
                9.00 66,577.77     48,742.11       17,835.66          7,72,149.90
              10.00 66,577.77     47,641.65       18,936.12          7,53,213.77
              11.00 66,577.77     46,473.29       20,104.48          7,33,109.29
              12.00 66,577.77     45,232.84       21,344.93          7,11,764.36
              13.00 66,577.77     43,915.86       22,661.91          6,89,102.45
              14.00 66,577.77     42,517.62       24,060.15          6,65,042.29
              15.00 66,577.77     41,033.11       25,544.66          6,39,497.63
              16.00 66,577.77     39,457.00       27,120.77          6,12,376.86
              17.00 66,577.77     37,783.65       28,794.12          5,83,582.74
              18.00 66,577.77     36,007.06       30,570.72          5,53,012.02
              19.00 66,577.77     34,120.84       32,456.93          5,20,555.09
              20.00 66,577.77     32,118.25       34,459.52          4,86,095.57
              21.00 66,577.77     29,992.10       36,585.68          4,49,509.89
              22.00 66,577.77     27,734.76       38,843.01          4,10,666.88
              23.00 66,577.77     25,338.15       41,239.63          3,69,427.25
              24.00 66,577.77     22,793.66       43,784.11          3,25,643.14
              25.00 66,577.77     20,092.18       46,485.59          2,79,157.55
              26.00 66,577.77     17,224.02       49,353.75          2,29,803.80
              27.00 66,577.77     14,178.89       52,398.88          1,77,404.92
              28.00 66,577.77     10,945.88       55,631.89          1,21,773.03
              29.00 66,577.77       7,513.40       59,064.38             62,708.65
              30.00 66,577.77       3,869.12       62,708.65                        0.00

d) Calculation of effective annual rate (EAR) if 2% are bank charges (It is assumed that EMI & tenure will be same)

P = Principal, n = Number of monthly installments (30 years i.e 360 months)

EMI = [P x r x (1+r)n] / [(1+r)n - 1]

5395.95 = [918000 x r] x [( 1 + r)360 - 1 ]

Therefore r = 5.82%


Related Solutions

1. The table below gives selling prices for 24 houses in the fictional SE Portland neighborhood...
1. The table below gives selling prices for 24 houses in the fictional SE Portland neighborhood of Westsellstock in July 2016. (Numbers are in thousands of dollars.) 315 310 314 337 288 292 277 267 336 361 169 339 295 318 271 241 288 241 345 321 340 306 228 314 • Find the mean and standard deviation of the prices of these 24 houses. What conditions and assumptions do you need to check to create a confidence interval for...
1. Use the data of houses in Lancaster to answer the questions below: House price in...
1. Use the data of houses in Lancaster to answer the questions below: House price in $1000s Square Feet (X) 245 1400 312 1600 279 1700 308 1875 199 1100 219 1550 405 2350 324 2450 319 1425 255 1700 b)Find the correlation coefficient? What does the value indicate? c) Find the coefficient of determination. What does this value indicate? d)What is the linear regression model? e)Predict the price of a hose with 2000 square feet f)Predict the price of...
Jackie owns four houses with land values at: $100,000, $150,000, $180,000 and $250,000 (a total land...
Jackie owns four houses with land values at: $100,000, $150,000, $180,000 and $250,000 (a total land value of $680,000) and has sought your help in calculating his land tax liability. Advise Jackie as to the amount payable using current rates, If all four properties were owned in the New South Wales Please answer Question 6 Part (a) here.        If all four properties were spread over 4 states (QLD. SA, WA, VIC) Please answer Question 6 Part (b) here.        If they...
In the city of Urbanville, land is divided between supermarkets and houses (for residents). There is...
In the city of Urbanville, land is divided between supermarkets and houses (for residents). There is a train station at x = 0. - Urbanville residents all work from home. Their utility of living in the city is U = 20 − R, where R is the rent they pay. These residents also have the option of moving out of the city and living far away from Urbanville. Doing so gives them a utility of U0 = 18. - Supermarkets...
Test if there is a significant difference in house prices for houses with 4 or more...
Test if there is a significant difference in house prices for houses with 4 or more bedrooms, if compared to houses with 3 or less bedrooms. Answer the questions for Assessment. (Pick the closest answer) 1. What is the P-value? a. 0.074081031 b. ​​1.85525E-07 c. 0.002738669 d. 0.000144083 2. What is the Statistical interpretation? a. The P-value is too small to have a conclusive answer. b. The P-value is much smaller than 5% thus we are very certain that house...
You are saving for the down payment on a house. The houses in the area you...
You are saving for the down payment on a house. The houses in the area you prefer have an average selling price of $450,000 and you need a 10% down payment to ensure your mortgage payments are not too high. You have $30,000 saved that you can invest today at 6.5% (annual compounding). a) How long before you will have enough for the down payment saved? b) You want to buy the house sooner. In addition to the $30,000 saved...
The Young household is looking at buying a house. The three houses they are looking at...
The Young household is looking at buying a house. The three houses they are looking at cost the following: $160,000, $190,000 and $210,000. They can pay up to $900 in monthly mortgage payments. They currently have $18,000 set aside for a down payment. Similarly to the Tremblay’s bank, the Youngs’ bank will add $40 to each mortgage payment if they put less than 20% down and an additional fee of $30 more to each payment if they put less than...
You own a house on a plot of land. The land has a value of $150,000....
You own a house on a plot of land. The land has a value of $150,000. Use of the house has a value to you. You believe that the first years benefit to you amounts to $8000. Assume that this is as though you get $8000 at the end of the first year. Thereafter the annual benefits diminish at 4% per year. Furthermore, assume that the house will have to be demolished in exactly 22 years. Assume that rates are...
A parcel of land is proposed for residential house development. The land is situated beside a...
A parcel of land is proposed for residential house development. The land is situated beside a river and so flooding is suspected to occur. Outline how you would go about assessing if the land is subject to flooding. If you assess that the land does flood, outline how you would go about determining the flood levels at the property. In this case the principal objective of the assessment is to determine the flood elevation in a 100 yr ARI flood...
Open House_Price data. Test if there is a significant difference in house prices for houses that...
Open House_Price data. Test if there is a significant difference in house prices for houses that are less than 31 years old compared to houses that are 31 years or older. Answer the questions for Assessment. (Pick the closest answer) 1. What is the P-value? a. 0.106390147 b. ​​1.85525E-07 c. ​​0.002738669 d. ​​0.000144083 2. What is the Statistical interpretation? a. The P-value is too small to have a conclusive answer. b. The P-value is much smaller than 5% thus we...
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT