Loan Amortization, EMI, PPMT, IPMT & NPER
P: Loan principal; r: Monthly rate (Annual Rate / 12); n: Total months (Years × 12); t: Period index.
In early loan periods, interest forms the bulk of the EMI; as the principal balance reduces, the principal repayment component accelerates.
A borrower avails a Home Loan of Rs 30,00,000 at 6.50% p.a. interest for a tenor of 20 years (240 months). Calculate the monthly EMI. Additionally, calculate the exact Principal (PPMT) and Interest (IPMT) components for the 1st monthly instalment and the 61st monthly instalment.
A borrower has an outstanding loan balance of Rs 20,00,000 with 10 years remaining at 10.0% p.a. (Existing EMI = Rs 26,430). Facing cash flow constraints, the bank offers to extend the tenure to 15 years at 10.5% p.a. (New EMI = Rs 22,108). If the borrower's opportunity cost of capital is 8.0% p.a., calculate the PV of both repayment streams and determine the financial cost of restructuring.
A client presents the following financial profile: Annual Gross Salary = Rs 15,00,000; Annual Savings (PF, MF, Deposits) = Rs 4,50,000; Monthly Debt Servicing = Rs 45,000. Balance Sheet: Self-occupied house = Rs 75,00,000, Home Loan outstanding = Rs 45,00,000, Liquid Assets (Savings Bank + Liquid MFs) = Rs 9,00,000, Total Financial Assets = Rs 25,00,000, Total Debt Liabilities = Rs 50,00,000. Monthly living expenses = Rs 45,833. Compute Savings Ratio, Leverage Ratio, Solvency Ratio, Liquidity Ratio, and Debt-to-Income (DTI) Ratio.