Solution a) Loan amortization Schedule
Following are the steps to be followed on Microsoft Excel to calculate the Monthly Installment:
Step 1: Click on "FORMULAS" tab at the top of Microsoft
Excel
Step 2: Select the option "Financial"
Step 3: Under "Financial" select the option "PMT"
Step 4: Insert Rate = 0.11/12 Nper = 12 PV = -72500
PMT = $6407.67
Following are the steps to be followed on Microsoft Excel to calculate the Interest payment:
Step 1: Click on "FORMULAS" tab at the top of Microsoft
Excel
Step 2: Select the option "Financial"
Step 3: Under "Financial" select the option "IPMT"
Step 4: Insert Rate = 0.11/12 Per = 1 Nper = 12 PV = -72500
IPMT = $664.58
Principal payment = Total payment – Interest payment
Ending balance = Beginning balance – Principal payment
Keeping the Rate, Nper and PV as constant drag the formula till 12th Month, you will derive the schedule
Month |
Beginning Balance |
Total Payment |
Interest Payment |
Principal Payment |
Ending Balance |
1 |
72500.00 |
6,407.67 |
664.58 |
5,743.09 |
66,756.91 |
2 |
66,756.91 |
6,407.67 |
611.94 |
5,795.73 |
60,961.18 |
3 |
60,961.18 |
6,407.67 |
558.81 |
5,848.86 |
55,112.32 |
4 |
55,112.32 |
6,407.67 |
505.20 |
5,902.47 |
49,209.85 |
5 |
49,209.85 |
6,407.67 |
451.09 |
5,956.58 |
43,253.27 |
6 |
43,253.27 |
6,407.67 |
396.49 |
6,011.18 |
37,242.09 |
7 |
37,242.09 |
6,407.67 |
341.39 |
6,066.28 |
31,175.80 |
8 |
31,175.80 |
6,407.67 |
285.78 |
6,121.89 |
25,053.91 |
9 |
25,053.91 |
6,407.67 |
229.66 |
6,178.01 |
18,875.90 |
10 |
18,875.90 |
6,407.67 |
173.03 |
6,234.64 |
12,641.26 |
11 |
12,641.26 |
6,407.67 |
115.88 |
6,291.79 |
6,349.47 |
12 |
6,349.47 |
6,407.67 |
58.20 |
6,349.47 |
0.00 |
The second Month’s Principal repayment is $5795.73
% of Monthly payment for Principal repayment for the 2nd Month
= Principal Repayment for second month / Total payment x 100
= 5795.73 / 6407.67 x 100
= 90.45%
Solution b:
Following are the steps to be followed on Microsoft Excel to calculate the Monthly Installment:
Step 1: Click on "FORMULAS" tab at the top of Microsoft
Excel
Step 2: Select the option "Financial"
Step 3: Under "Financial" select the option "PMT"
Step 4: Insert Rate = 0.4/12 Nper = 24 PV =
-2000000
PMT = $122,357.47
Following are the steps to be followed on Microsoft Excel to calculate the Interest payment:
Step 1: Click on "FORMULAS" tab at the top of Microsoft
Excel
Step 2: Select the option "Financial"
Step 3: Under "Financial" select the option "IPMT"
Step 4: Insert Rate = 0.4/12 Per = 1 Nper = 24 PV = -2000000
IPMT = $66,666.67
Principal payment = Total payment – Interest payment
Ending balance = Beginning balance – Principal payment
Keeping the Rate, Nper and PV as constant drag the formula till 12th Month, you will derive the schedule
Month |
Beginning Balance |
Total Payment |
Interest Payment |
Principal Payment |
Ending Balance |
1 |
20,00,000.00 |
1,22,375.47 |
66,666.67 |
55,708.80 |
19,44,291.20 |
2 |
19,44,291.20 |
1,22,375.47 |
64,809.71 |
57,565.76 |
18,86,725.43 |
3 |
18,86,725.43 |
1,22,375.47 |
62,890.85 |
59,484.62 |
18,27,240.81 |
4 |
18,27,240.81 |
1,22,375.47 |
60,908.03 |
61,467.44 |
17,65,773.36 |
5 |
17,65,773.36 |
1,22,375.47 |
58,859.11 |
63,516.36 |
17,02,257.00 |
6 |
17,02,257.00 |
1,22,375.47 |
56,741.90 |
65,633.57 |
16,36,623.43 |
7 |
16,36,623.43 |
1,22,375.47 |
54,554.11 |
67,821.36 |
15,68,802.08 |
8 |
15,68,802.08 |
1,22,375.47 |
52,293.40 |
70,082.07 |
14,98,720.01 |
9 |
14,98,720.01 |
1,22,375.47 |
49,957.33 |
72,418.14 |
14,26,301.87 |
10 |
14,26,301.87 |
1,22,375.47 |
47,543.40 |
74,832.08 |
13,51,469.80 |
11 |
13,51,469.80 |
1,22,375.47 |
45,048.99 |
77,326.48 |
12,74,143.32 |
12 |
12,74,143.32 |
1,22,375.47 |
42,471.44 |
79,904.03 |
11,94,239.29 |
13 |
11,94,239.29 |
1,22,375.47 |
39,807.98 |
82,567.49 |
11,11,671.80 |
14 |
11,11,671.80 |
1,22,375.47 |
37,055.73 |
85,319.74 |
10,26,352.05 |
15 |
10,26,352.05 |
1,22,375.47 |
34,211.74 |
88,163.74 |
9,38,188.32 |
16 |
9,38,188.32 |
1,22,375.47 |
31,272.94 |
91,102.53 |
8,47,085.79 |
17 |
8,47,085.79 |
1,22,375.47 |
28,236.19 |
94,139.28 |
7,52,946.51 |
18 |
7,52,946.51 |
1,22,375.47 |
25,098.22 |
97,277.25 |
6,55,669.26 |
19 |
6,55,669.26 |
1,22,375.47 |
21,855.64 |
1,00,519.83 |
5,55,149.43 |
20 |
5,55,149.43 |
1,22,375.47 |
18,504.98 |
1,03,870.49 |
4,51,278.94 |
21 |
4,51,278.94 |
1,22,375.47 |
15,042.63 |
1,07,332.84 |
3,43,946.10 |
22 |
3,43,946.10 |
1,22,375.47 |
11,464.87 |
1,10,910.60 |
2,33,035.50 |
23 |
2,33,035.50 |
1,22,375.47 |
7,767.85 |
1,14,607.62 |
1,18,427.88 |
24 |
1,18,427.88 |
1,22,375.47 |
3,947.60 |
1,18,427.88 |
0.00 |
Therefore, the outstanding balance after Mr. A makes 22nd payment is $233,035.50
Solution c: Let the Cash inflows for the last year be x.
To generate the return of 10%, the Total Present Value of the Cash inflows of the project should be $400 at 10% Discounting Factor.
Year |
Cash Inflows |
Discounting Factor @ 10% |
Present Value of Cash Inflows |
1 |
200.00 |
0.9091 |
181.81 |
2 |
145.43 |
0.8264 |
120.19 |
3 |
195.12 |
0.7513 |
146.59 |
4 |
x |
0.6830 |
0.6830x |
448.6 + 0.6830x |
Therefore, 448.6 + 0.6830x = 400
0.6830X = 400 - 448.6
x = -71.16
Hence, for the project to generate a return of 10%, the Cash inflows for the 4th year should be -$71.16
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